Blueprints

From Seed

Revision as of 01:59, 9 March 2006 Zhiroc (Talk | contribs) (add link) ← Previous diff		Revision as of 02:06, 9 March 2006 Zhiroc (Talk | contribs) (add links and table formatting) Next diff →
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	===List of Blueprints===		===List of Blueprints===
-
	<!-- The following is a template that should be used to create		<!-- The following is a template that should be used to create
	a new entry.		a new entry.
Line 69:		Line 68:
	-->		-->
		+
		+	----
	====2Dchemistry Unit====		====2Dchemistry Unit====
Line 102:		Line 103:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Analysis of Human Blood	+	|colspan=5 style="font-style: italic" width=100 | Analysis of Human Blood
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 127:		Line 128:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Analysis of Exhalation Gas	+	|colspan=5 style="font-style: italic" width=100 | Analysis of Exhalation Gas
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 152:		Line 153:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Test Result from Using Blueprint Free Scoped PCR Test	+	|colspan=5 style="font-style: italic" width=100 | Test Result from Using Blueprint Free Scoped PCR Test
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 179:		Line 180:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Analysis of Human Mucos	+	|colspan=5 style="font-style: italic" width=100 | Analysis of Human Mucos
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 204:		Line 205:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Assembles Smaller Parts According to Blueprint	+	|colspan=5 style="font-style: italic" width=100 | Assembles Smaller Parts According to Blueprint
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 234:		Line 235:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basicconttool	+	|colspan=5 style="font-style: italic" width=100 | Basicconttool
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 261:		Line 262:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Minor Contamination	+	|colspan=5 style="font-style: italic" width=100 | Fixes Minor Contamination
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 280:		Line 281:
	<br>1 x [[Components#Mech1|Mech1]]		<br>1 x [[Components#Mech1|Mech1]]
	|}		|}
		+	[[List of Tools#Basic Detox Kit|Tool View]]
	<br>		<br>
Line 285:		Line 287:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Electrical and Electronic Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Electrical and Electronic Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 305:		Line 307:
	<br>1 x [[Components#Lurchbolt|Lurchbolt]]		<br>1 x [[Components#Lurchbolt|Lurchbolt]]
	|}		|}
		+	[[List of Tools#Basic E-Kit|Tool View]]
	<br>		<br>
Line 310:		Line 313:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basicelctool	+	|colspan=5 style="font-style: italic" width=100 | Basicelctool
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 331:		Line 334:
	<br>2 x [[Components#CPU1|CPU1]]		<br>2 x [[Components#CPU1|CPU1]]
	|}		|}
		+	[[List of Tools#Isolation Kit|Tool View]]
	<br>		<br>
Line 336:		Line 340:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basiceletool	+	|colspan=5 style="font-style: italic" width=100 | Basiceletool
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 357:		Line 361:
	<br>1 x [[Components#Mech1|Mech1]]		<br>1 x [[Components#Mech1|Mech1]]
	|}		|}
		+	[[List of Tools#Wire Splicer|Tool View]]
	<br>		<br>
Line 362:		Line 367:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basicmechtool	+	|colspan=5 style="font-style: italic" width=100 | Basicmechtool
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 382:		Line 387:
	<br>2 x [[Components#Mech2|Mech2]]		<br>2 x [[Components#Mech2|Mech2]]
	|}		|}
		+	[[List of Tools#Basic Mech Kit|Tool View]]
	<br>		<br>
Line 387:		Line 393:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basic Medkit	+	|colspan=5 style="font-style: italic" width=100 | Basic Medkit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 407:		Line 413:
	<br>1 x [[Components#CPU1|CPU1]]		<br>1 x [[Components#CPU1|CPU1]]
	|}		|}
		+	[[List of Tools#Basic Medkit|Tool View]]
	<br>		<br>
Line 412:		Line 419:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Basicstructool	+	|colspan=5 style="font-style: italic" width=100 | Basicstructool
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 432:		Line 439:
	<br>3 x [[Components#Cottonplate|Cottonplate]]		<br>3 x [[Components#Cottonplate|Cottonplate]]
	|}		|}
		+	[[List of Tools#Basic Build Kit|Tool View]]
	<br>		<br>
Line 437:		Line 445:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biological Compound	+	|colspan=5 style="font-style: italic" width=100 | Biological Compound
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 457:		Line 465:
	<br>1 x [[Components#Water|Water]]		<br>1 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Bioagent1|Component View]]
	<br>		<br>
Line 462:		Line 471:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biological Compound	+	|colspan=5 style="font-style: italic" width=100 | Biological Compound
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 483:		Line 492:
	<br>2 x [[Components#Water|Water]]		<br>2 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Bioagent2|Component View]]
	<br>		<br>
Line 488:		Line 498:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biological Compound	+	|colspan=5 style="font-style: italic" width=100 | Biological Compound
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 510:		Line 520:
	<br>3 x [[Components#Water|Water]]		<br>3 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Bioagent3|Component View]]
	<br>		<br>
Line 515:		Line 526:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biological Compound	+	|colspan=5 style="font-style: italic" width=100 | Biological Compound
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 537:		Line 548:
	<br>4 x [[Components#Water|Water]]		<br>4 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Bioagent4|Component View]]
	<br>		<br>
Line 542:		Line 554:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biological Compound	+	|colspan=5 style="font-style: italic" width=100 | Biological Compound
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 564:		Line 576:
	<br>5 x [[Components#Water|Water]]		<br>5 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Bioagent5|Component View]]
	<br>		<br>
Line 569:		Line 582:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for Containment on Machines	+	|colspan=5 style="font-style: italic" width=100 | Used for Containment on Machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 593:		Line 606:
	<br>5 x [[Components#Glassteel|Glassteel]]		<br>5 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Bio Containment Unit|Component View]]
	<br>		<br>
Line 598:		Line 612:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | A multi-purpose sampling device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation gases, mucus.	+	|colspan=5 style="font-style: italic" width=100 | A multi-purpose sampling device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation gases, mucus.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 622:		Line 636:
	<br>2 x [[Components#CPU2|Comp1]]		<br>2 x [[Components#CPU2|Comp1]]
	|}		|}
		+	[[Components#Biograbber|Component View]]
	<br>		<br>
Line 627:		Line 642:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 650:		Line 665:
	<br>5 x [[Components#Glassteel|Glassteel]]		<br>5 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Biografting Unit|Component View]]
	<br>		<br>
Line 655:		Line 671:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 678:		Line 694:
	<br>5 x [[Components#Glassteel|Glassteel]]		<br>5 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Bio Manufacture Unit|Component View]]
	<br>		<br>
Line 683:		Line 700:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | One liter of generic biological matter	+	|colspan=5 style="font-style: italic" width=100 | One liter of generic biological matter
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 700:		Line 717:
	''none''		''none''
	|}		|}
		+	[[Components#Biomatter|Component View]]
	<br>		<br>
Line 705:		Line 723:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 724:		Line 742:
	<br>5 x [[Components#Creep Plate|Creep Plate]]		<br>5 x [[Components#Creep Plate|Creep Plate]]
	|}		|}
		+	[[Components#Bio Proofing Unit|Component View]]
	<br>		<br>
Line 729:		Line 748:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | A multi-purpose topographical sampling device. Collects a variety of biological samples from the environment by either direct touch, reading air or scanning through different spectrums.	+	|colspan=5 style="font-style: italic" width=100 | A multi-purpose topographical sampling device. Collects a variety of biological samples from the environment by either direct touch, reading air or scanning through different spectrums.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 751:		Line 770:
	<br>3 x [[Components#CPU3|CPU3]]		<br>3 x [[Components#CPU3|CPU3]]
	|}		|}
		+	[[List of Tools#Flat Probe|Tool View]]
	<br>		<br>
Line 756:		Line 776:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Bio scanner 1	+	|colspan=5 style="font-style: italic" width=100 | Bio scanner 1
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 775:		Line 795:
	<br>2 x [[Components#CPU3|CPU3]]		<br>2 x [[Components#CPU3|CPU3]]
	|}		|}
		+	[[List of Tools#Bio Sponge (2)|Tool View]]
	<br>		<br>
Line 780:		Line 801:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Bio scanner 2	+	|colspan=5 style="font-style: italic" width=100 | Bio scanner 2
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 799:		Line 820:
	<br>2 x [[Components#CPU3|CPU3]]		<br>2 x [[Components#CPU3|CPU3]]
	|}		|}
		+	[[List of Tools#Patcher|Tool View]]
	<br>		<br>
Line 804:		Line 826:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Bio scanner 3	+	|colspan=5 style="font-style: italic" width=100 | Bio scanner 3
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 823:		Line 845:
	<br>3 x [[Components#CPU3|CPU3]]		<br>3 x [[Components#CPU3|CPU3]]
	|}		|}
		+	[[List of Tools#Isolator|Tool View]]
	<br>		<br>
Line 828:		Line 851:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 850:		Line 873:
	<br>5 x [[Components#CPU4|CPU4]]		<br>5 x [[Components#CPU4|CPU4]]
	|}		|}
		+	[[Components#Bufferingunit|Component View]]
	<br>		<br>
Line 855:		Line 879:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 876:		Line 900:
	<br>20 x [[Components#Creep Plate|Creep Plate]]		<br>20 x [[Components#Creep Plate|Creep Plate]]
	|}		|}
		+	[[Components#Ceramics Manufacture Unit|Component View]]
	<br>		<br>
Line 881:		Line 906:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Petri dish	+	|colspan=5 style="font-style: italic" width=100 | Petri dish
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 901:		Line 926:
	<br>1 x [[Components#Refinedmineral2|Refinedmineral2]]		<br>1 x [[Components#Refinedmineral2|Refinedmineral2]]
	|}		|}
		+	[[Components#Chemcomp1|Component View]]
	<br>		<br>
Line 906:		Line 932:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Test tube	+	|colspan=5 style="font-style: italic" width=100 | Test tube
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 926:		Line 952:
	<br>1 x [[Components#Glassteel|Glassteel]]		<br>1 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Chemcomp2|Component View]]
	<br>		<br>
Line 931:		Line 958:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Test tube	+	|colspan=5 style="font-style: italic" width=100 | Test tube
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 951:		Line 978:
	<br>1 x [[Components#Glassteel|Glassteel]]		<br>1 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Chemcomp3|Component View]]
	<br>		<br>
Line 956:		Line 984:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Sterile testtube	+	|colspan=5 style="font-style: italic" width=100 | Sterile testtube
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 977:		Line 1,005:
	<br>1 x [[Components#Glassteel|Glassteel]]		<br>1 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Chemcomp4|Component View]]
	<br>		<br>
Line 982:		Line 1,011:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Testtube?	+	|colspan=5 style="font-style: italic" width=100 | Testtube?
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,002:		Line 1,031:
	<br>2 x [[Components#Glassteel|Glassteel]]		<br>2 x [[Components#Glassteel|Glassteel]]
	|}		|}
		+	[[Components#Chemcomp5|Component View]]
	<br>		<br>
Line 1,007:		Line 1,037:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Chemical	+	|colspan=5 style="font-style: italic" width=100 | Chemical
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,027:		Line 1,057:
	<br>1 x [[Components#Water|Water]]		<br>1 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Chemical1|Component View]]
	<br>		<br>
Line 1,032:		Line 1,063:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Chemical	+	|colspan=5 style="font-style: italic" width=100 | Chemical
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,052:		Line 1,083:
	<br>2 x [[Components#Water|Water]]		<br>2 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Chemical2|Component View]]
	<br>		<br>
Line 1,057:		Line 1,089:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Chemical	+	|colspan=5 style="font-style: italic" width=100 | Chemical
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,077:		Line 1,109:
	<br>3 x [[Components#Water|Water]]		<br>3 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Chemical3|Component View]]
	<br>		<br>
Line 1,082:		Line 1,115:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Chemical	+	|colspan=5 style="font-style: italic" width=100 | Chemical
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,102:		Line 1,135:
	<br>4 x [[Components#Water|Water]]		<br>4 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Chemical4|Component View]]
	<br>		<br>
Line 1,107:		Line 1,141:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Chemical	+	|colspan=5 style="font-style: italic" width=100 | Chemical
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,127:		Line 1,161:
	<br>5 x [[Components#Water|Water]]		<br>5 x [[Components#Water|Water]]
	|}		|}
		+	[[Components#Chemical5|Component View]]
	<br>		<br>
Line 1,132:		Line 1,167:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,149:		Line 1,184:
	''none''		''none''
	|}		|}
		+	[[Components#Chemical Containment Unit|Component View]]
	<br>		<br>
Line 1,154:		Line 1,190:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,176:		Line 1,212:
	<br>5 x [[Components#CPU4|CPU4]]		<br>5 x [[Components#CPU4|CPU4]]
	|}		|}
		+	[[Components#Chemical Manufacture Unit|Component View]]
	<br>		<br>
Line 1,181:		Line 1,218:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,198:		Line 1,235:
	''none''		''none''
	|}		|}
		+	[[Components#Chemical Proofing Unit|Component View]]
	<br>		<br>
Line 1,203:		Line 1,241:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Anti-rad props	+	|colspan=5 style="font-style: italic" width=100 | Anti-rad props
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,220:		Line 1,258:
	1 x [[Components#Biomatter|Biomatter]]		1 x [[Components#Biomatter|Biomatter]]
	|}		|}
		+	[[Components#Cloth1|Component View]]
	<br>		<br>
Line 1,225:		Line 1,264:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Gas proof	+	|colspan=5 style="font-style: italic" width=100 | Gas proof
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,242:		Line 1,281:
	2 x [[Components#Biomatter|Biomatter]]		2 x [[Components#Biomatter|Biomatter]]
	|}		|}
		+	[[Components#Cloth2|Component View]]
	<br>		<br>
Line 1,247:		Line 1,287:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Impact proof	+	|colspan=5 style="font-style: italic" width=100 | Impact proof
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,265:		Line 1,305:
	<br>1 x [[Components#Mineral|Mineral]]		<br>1 x [[Components#Mineral|Mineral]]
	|}		|}
		+	[[Components#Cloth3|Component View]]
	<br>		<br>
Line 1,270:		Line 1,311:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Wet polycarbonate adapter-membranes covering Microfiltration, Ultrafiltration, Nanofiltration, and reversed osmosis.	+	|colspan=5 style="font-style: italic" width=100 | Wet polycarbonate adapter-membranes covering Microfiltration, Ultrafiltration, Nanofiltration, and reversed osmosis.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,288:		Line 1,329:
	<br>2 x [[Components#Mineral|Mineral]]		<br>2 x [[Components#Mineral|Mineral]]
	|}		|}
		+	[[Components#Baleen Filter|Component View]]
	<br>		<br>
Line 1,293:		Line 1,335:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Thermal resistant	+	|colspan=5 style="font-style: italic" width=100 | Thermal resistant
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,311:		Line 1,353:
	<br>3 x [[Components#Mineral|Mineral]]		<br>3 x [[Components#Mineral|Mineral]]
	|}		|}
		+	[[Components#Particle Trap|Component View]]
	<br>		<br>
Line 1,316:		Line 1,359:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Biodegradable chitosan-treated self-adhesive bandage for emergency treatment of wounds	+	|colspan=5 style="font-style: italic" width=100 | Biodegradable chitosan-treated self-adhesive bandage for emergency treatment of wounds
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,336:		Line 1,379:
	<br>2 x [[Components#Cloth2|Cloth2]]		<br>2 x [[Components#Cloth2|Cloth2]]
	|}		|}
		+	[[Components#Clot Wrap|Component View]]
	<br>		<br>
Line 1,341:		Line 1,385:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Electronic Component	+	|colspan=5 style="font-style: italic" width=100 | Electronic Component
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,360:		Line 1,404:
	<br>1 x [[Components#Cottonplate|Cottonplate]]		<br>1 x [[Components#Cottonplate|Cottonplate]]
	|}		|}
		+	[[Components#Comp1|Component View]]
	<br>		<br>
Line 1,365:		Line 1,410:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Bio-Electronic Component	+	|colspan=5 style="font-style: italic" width=100 | Bio-Electronic Component
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,386:		Line 1,431:
	<br>1 x [[Components#Cottonplate|Cottonplate]]		<br>1 x [[Components#Cottonplate|Cottonplate]]
	|}		|}
		+	[[Components#Comp2|Component View]]
	<br>		<br>
Line 1,391:		Line 1,437:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Electronic Component	+	|colspan=5 style="font-style: italic" width=100 | Electronic Component
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,412:		Line 1,458:
	<br>2 x [[Components#Cottonplate|Cottonplate]]		<br>2 x [[Components#Cottonplate|Cottonplate]]
	|}		|}
		+	[[Components#Comp3|Component View]]
	<br>		<br>
Line 1,417:		Line 1,464:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Electronic Component	+	|colspan=5 style="font-style: italic" width=100 | Electronic Component
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,438:		Line 1,485:
	<br>1 x [[Components#Chemcomp1|Chemcomp1]]		<br>1 x [[Components#Chemcomp1|Chemcomp1]]
	|}		|}
		+	[[Components#Comp4|Component View]]
	<br>		<br>
Line 1,443:		Line 1,491:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Electronic Component (optic)	+	|colspan=5 style="font-style: italic" width=100 | Electronic Component (optic)
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,464:		Line 1,512:
	<br>1 x [[Components#Cottonplate|Cottonplate]]		<br>1 x [[Components#Cottonplate|Cottonplate]]
	|}		|}
		+	[[Components#Comp5|Component View]]
	<br>		<br>
Line 1,469:		Line 1,518:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | CPU Unit	+	|colspan=5 style="font-style: italic" width=100 | CPU Unit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,489:		Line 1,538:
	<br>1 x [[Components#Comp2|Comp2]]		<br>1 x [[Components#Comp2|Comp2]]
	|}		|}
		+	[[Components#Feynman Cube|Component View]]
	<br>		<br>
Line 1,494:		Line 1,544:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | CPU Unit	+	|colspan=5 style="font-style: italic" width=100 | CPU Unit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,514:		Line 1,564:
	<br>2 x [[Components#Comp3|Comp3]]		<br>2 x [[Components#Comp3|Comp3]]
	|}		|}
		+	[[Components#Bose-Enstein Gel|Component View]]
	<br>		<br>
Line 1,519:		Line 1,570:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | CPU Unit	+	|colspan=5 style="font-style: italic" width=100 | CPU Unit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,540:		Line 1,591:
	<br>3 x [[Components#Comp4|Comp4]]		<br>3 x [[Components#Comp4|Comp4]]
	|}		|}
		+	[[Components#CPU3|Component View]]
	<br>		<br>
Line 1,545:		Line 1,597:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | CPU Unit	+	|colspan=5 style="font-style: italic" width=100 | CPU Unit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,566:		Line 1,618:
	<br>4 x [[Components#Comp5|Comp5]]		<br>4 x [[Components#Comp5|Comp5]]
	|}		|}
		+	[[Components#CPU4|Component View]]
	<br>		<br>
Line 1,571:		Line 1,624:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | CPU Unit	+	|colspan=5 style="font-style: italic" width=100 | CPU Unit
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,592:		Line 1,645:
	<br>1 x [[Components#CPU3|CPU3]]		<br>1 x [[Components#CPU3|CPU3]]
	|}		|}
		+	[[Components#CPU5|Component View]]
	<br>		<br>
Line 1,597:		Line 1,651:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for growing engineered cultures	+	|colspan=5 style="font-style: italic" width=100 | Used for growing engineered cultures
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,619:		Line 1,673:
	<br>5 x [[Components#CPU4|CPU4]]		<br>5 x [[Components#CPU4|CPU4]]
	|}		|}
		+	[[Components#Cultivating Unit|Component View]]
	<br>		<br>
Line 1,624:		Line 1,679:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Cuts ultra durable materials into shape	+	|colspan=5 style="font-style: italic" width=100 | Cuts ultra durable materials into shape
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,641:		Line 1,696:
	''none''		''none''
	|}		|}
		+	[[Components#Cutting Unit|Component View]]
	<br>		<br>
Line 1,646:		Line 1,702:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,663:		Line 1,719:
	''none''		''none''
	|}		|}
		+	[[Components#Dust Containment Unit|Component View]]
	<br>		<br>
Line 1,668:		Line 1,725:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,685:		Line 1,742:
	''none''		''none''
	|}		|}
		+	[[Components#Dust Proofing Unit|Component View]]
	<br>		<br>
Line 1,690:		Line 1,748:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,707:		Line 1,765:
	''none''		''none''
	|}		|}
		+	[[Components#Elallaserunit|Component View]]
	<br>		<br>
Line 1,712:		Line 1,771:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,729:		Line 1,788:
	''none''		''none''
	|}		|}
		+	[[Components#Electric Manufacturing Unit|Component View]]
	<br>		<br>
Line 1,734:		Line 1,794:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,751:		Line 1,811:
	''none''		''none''
	|}		|}
		+	[[Components#Electronic Manufacturing Unit|Component View]]
	<br>		<br>
Line 1,756:		Line 1,817:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,773:		Line 1,834:
	''none''		''none''
	|}		|}
		+	[[Components#Electro Pressurization Unit|Component View]]
	<br>		<br>
Line 1,778:		Line 1,840:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanical and Electrical Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanical and Electrical Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,797:		Line 1,859:
	<br>2 x [[Components#Mech2|Mech2]]		<br>2 x [[Components#Mech2|Mech2]]
	|}		|}
		+	[[List of Tools#E-Mech Rigger|Tool View]]
	<br>		<br>
Line 1,802:		Line 1,865:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanical and Electrical Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanical and Electrical Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,821:		Line 1,884:
	<br>3 x [[Components#Mech2|Mech2]]		<br>3 x [[Components#Mech2|Mech2]]
	|}		|}
		+	<!--[[List of Tools#E-Mech Rigger 2|Tool View]]-->
	<br>		<br>
Line 1,826:		Line 1,890:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanical and Electrical Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanical and Electrical Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,845:		Line 1,909:
	<br>2 x [[Components#Mech3|Mech3]]		<br>2 x [[Components#Mech3|Mech3]]
	|}		|}
		+	<!--[[List of Tools#E-Mech Rigger 3|Tool View]]-->
	<br>		<br>
Line 1,850:		Line 1,915:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanical and Electrical Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanical and Electrical Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,869:		Line 1,934:
	<br>3 x [[Components#Mech3|Mech3]]		<br>3 x [[Components#Mech3|Mech3]]
	|}		|}
		+	<!--[[List of Tools#E-Mech Rigger 4|Tool View]]-->
	<br>		<br>
Line 1,874:		Line 1,940:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | An essential process in many biochemical processes is fermenting by enzymes breaking chemical bonds	+	|colspan=5 style="font-style: italic" width=100 | An essential process in many biochemical processes is fermenting by enzymes breaking chemical bonds
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,903:		Line 1,969:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Filters, separating particles from substrate	+	|colspan=5 style="font-style: italic" width=100 | Filters, separating particles from substrate
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,930:		Line 1,996:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,947:		Line 2,013:
	''none''		''none''
	|}		|}
		+	[[Components#Freezer1unit|Component View]]
	<br>		<br>
Line 1,952:		Line 2,019:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,969:		Line 2,036:
	''none''		''none''
	|}		|}
		+	[[Components#Freezer2unit|Component View]]
	<br>		<br>
Line 1,974:		Line 2,042:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 1,991:		Line 2,059:
	''none''		''none''
	|}		|}
		+	[[Components#Freezer3unit|Component View]]
	<br>		<br>
Line 1,996:		Line 2,065:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fuses and welds all kinds of materials	+	|colspan=5 style="font-style: italic" width=100 | Fuses and welds all kinds of materials
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,019:		Line 2,088:
	<br>		<br>
-	====Genengineering Unit====	+	====Genengineeringunit====
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,039:		Line 2,108:
	''none''		''none''
	|}		|}
		+	[[Components#Genengineeringunit|Component View]]
	<br>		<br>
Line 2,044:		Line 2,114:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,061:		Line 2,131:
	''none''		''none''
	|}		|}
		+	[[Components#Genmanipulationunit|Component View]]
	<br>		<br>
Line 2,066:		Line 2,137:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,083:		Line 2,154:
	''none''		''none''
	|}		|}
		+	[[Components#Genmutationunit|Component View]]
	<br>		<br>
Line 2,088:		Line 2,160:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Core-shell dendrimer jelly exposed to radiation hardens and connects two surfaces. Changes occur buffer-style from one material to another over a graded interface.	+	|colspan=5 style="font-style: italic" width=100 | Core-shell dendrimer jelly exposed to radiation hardens and connects two surfaces. Changes occur buffer-style from one material to another over a graded interface.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,114:		Line 2,186:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Flattened Feynman clusters containing traces of Taq-V polymerase. Able to self-repair to a certain extent. High tolerance of sudden changes and extremes in temperature.	+	|colspan=5 style="font-style: italic" width=100 | Flattened Feynman clusters containing traces of Taq-V polymerase. Able to self-repair to a certain extent. High tolerance of sudden changes and extremes in temperature.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,166:		Line 2,238:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,183:		Line 2,255:
	''none''		''none''
	|}		|}
		+	[[Components#Hipressureunit|Component View]]
	<br>		<br>
Line 2,308:		Line 2,381:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Heavy Duty Repairtool, Useful for Structural and Mechanical Damage	+	|colspan=5 style="font-style: italic" width=100 | Heavy Duty Repairtool, Useful for Structural and Mechanical Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,331:		Line 2,404:
	<br>5 x [[Components#Sheetplate3|Sheetplate3]]		<br>5 x [[Components#Sheetplate3|Sheetplate3]]
	|}		|}
		+	[[List of Tools#Heavy Welder|Tool View]]
	<br>		<br>
Line 2,336:		Line 2,410:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanic Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanic Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,356:		Line 2,430:
	<br>3 x [[Components#Mech2|Mech2]]		<br>3 x [[Components#Mech2|Mech2]]
	|}		|}
		+	[[List of Tools#Servo Wrench|Tool View]]
	<br>		<br>
Line 2,384:		Line 2,459:
	<br>2 x [[Components#Sheetplate2|Sheetplate2]]		<br>2 x [[Components#Sheetplate2|Sheetplate2]]
	|}		|}
-	[[List of Tools#Q-Pulse Laser Cutter|Tool View]]	+	<!--[[List of Tools#Q-Pulse Laser Cutter|Tool View]]-->
	<br>		<br>
Line 2,390:		Line 2,465:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,407:		Line 2,482:
	''none''		''none''
	|}		|}
		+	[[Components#Magnetic Containment Unit|Component View]]
	<br>		<br>
Line 2,412:		Line 2,488:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,429:		Line 2,505:
	''none''		''none''
	|}		|}
		+	[[Components#Magnetic Proofing Unit|Component View]]
	<br>		<br>
Line 2,593:		Line 2,670:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Fixes Mechanical and Structural Damage	+	|colspan=5 style="font-style: italic" width=100 | Fixes Mechanical and Structural Damage
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,612:		Line 2,689:
	<br>3 x [[Components#Mech2|Mech2]]		<br>3 x [[Components#Mech2|Mech2]]
	|}		|}
		+	[[List of Tools#Mech-Wrench|Tool View]]
	<br>		<br>
Line 2,617:		Line 2,695:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | (Portable Emergency Treatment and Analysis Kit) A Multi-purpose sampling and treating device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation, gases, mucus.	+	|colspan=5 style="font-style: italic" width=100 | (Portable Emergency Treatment and Analysis Kit) A Multi-purpose sampling and treating device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation, gases, mucus.
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,639:		Line 2,717:
	<br>1 x [[Components#Chemcomp3|Chemcomp3]]		<br>1 x [[Components#Chemcomp3|Chemcomp3]]
	|}		|}
		+	[[List of Tools#PETA Kit|Tool View]]
	<br>		<br>
Line 2,701:		Line 2,780:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,718:		Line 2,797:
	''none''		''none''
	|}		|}
		+	[[Components#Metalore1unit|Component View]]
	<br>		<br>
Line 2,723:		Line 2,803:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,740:		Line 2,820:
	''none''		''none''
	|}		|}
		+	[[Components#Metalore2unit|Component View]]
	<br>		<br>
Line 2,775:		Line 2,856:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,792:		Line 2,873:
	''none''		''none''
	|}		|}
		+	[[Components#Microcuttingunit|Component View]]
	<br>		<br>
Line 2,801:		Line 2,883:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Molds materials into desired shapes	+	|colspan=5 style="font-style: italic" width=100 | Molds materials into desired shapes
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,818:		Line 2,900:
	''none''		''none''
	|}		|}
		+	[[Components#Molding Unit|Component View]]
	<br>		<br>
Line 2,823:		Line 2,906:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Dispenser of Various Cleaning Chemicals	+	|colspan=5 style="font-style: italic" width=100 | Dispenser of Various Cleaning Chemicals
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,841:		Line 2,924:
	2 x [[Components#Chemcomp1|Chemcomp1]]		2 x [[Components#Chemcomp1|Chemcomp1]]
	|}		|}
		+	[[List of Tools#Monocleaner|Tool View]]
	<br>		<br>
Line 2,846:		Line 2,930:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Dispenser of Various Glues and Tapes	+	|colspan=5 style="font-style: italic" width=100 | Dispenser of Various Glues and Tapes
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,865:		Line 2,949:
	<br>2 x [[Components#Mech2|Mech2]]		<br>2 x [[Components#Mech2|Mech2]]
	|}		|}
		+	[[List of Tools#Monowrapper|Tool View]]
	<br>		<br>
Line 2,870:		Line 2,955:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Radiates Various	+	|colspan=5 style="font-style: italic" width=100 | Radiates Various
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,889:		Line 2,974:
	<br>1 x [[Components#Mech3|Mech3]]		<br>1 x [[Components#Mech3|Mech3]]
	|}		|}
		+	[[List of Tools#Multicleaner|Tool View]]
	<br>		<br>
Line 2,894:		Line 2,980:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Assembles nano scale components	+	|colspan=5 style="font-style: italic" width=100 | Assembles nano scale components
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,911:		Line 2,997:
	''none''		''none''
	|}		|}
		+	[[Components#Nano Assembly Unit|Component View]]
	<br>		<br>
Line 2,916:		Line 3,003:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,933:		Line 3,020:
	''none''		''none''
	|}		|}
		+	[[Components#Optronic Manufacture Unit|Component View]]
	<br>		<br>
Line 2,938:		Line 3,026:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,955:		Line 3,043:
	''none''		''none''
	|}		|}
		+	[[Components#Plastic Manufacture Unit|Component View]]
	<br>		<br>
Line 2,965:		Line 3,054:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 2,982:		Line 3,071:
	''none''		''none''
	|}		|}
		+	[[Components#Pressmolder1unit|Component View]]
	<br>		<br>
Line 2,987:		Line 3,077:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,004:		Line 3,094:
	''none''		''none''
	|}		|}
		+	[[Components#Pressmolder2unit|Component View]]
	<br>		<br>
Line 3,009:		Line 3,100:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,026:		Line 3,117:
	''none''		''none''
	|}		|}
		+	[[Components#Printing Unit|Component View]]
	<br>		<br>
Line 3,032:		Line 3,124:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,049:		Line 3,141:
	''none''		''none''
	|}		|}
		+	[[Components#Quantum Manipulation Unit|Component View]]
	<br>		<br>
Line 3,054:		Line 3,147:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,071:		Line 3,164:
	''none''		''none''
	|}		|}
		+	[[Components#Radiation Containment Unit|Component View]]
	<br>		<br>
Line 3,076:		Line 3,170:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,093:		Line 3,187:
	''none''		''none''
	|}		|}
		+	[[Components#Radiation Proofing Unit|Component View]]
	<br>		<br>
Line 3,107:		Line 3,202:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | A Sample of Blood	+	|colspan=5 style="font-style: italic" width=100 | A Sample of Blood
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,124:		Line 3,219:
	''none''		''none''
	|}		|}
		+	[[Components#Blood Sample|Component View]]
	<br>		<br>
Line 3,129:		Line 3,225:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | A Sample of Human Exhalation Gas	+	|colspan=5 style="font-style: italic" width=100 | A Sample of Human Exhalation Gas
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,146:		Line 3,242:
	''none''		''none''
	|}		|}
		+	[[Components#Sample Of Exhalation Gas|Component View]]
		+	[[List of Tools#BPNAME|Tool View]]
	<br>		<br>
Line 3,151:		Line 3,249:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | A Sample of Mucos	+	|colspan=5 style="font-style: italic" width=100 | A Sample of Mucos
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,168:		Line 3,266:
	''none''		''none''
	|}		|}
		+	[[Components#Mucus Sample|Component View]]
	<br>		<br>
Line 3,179:		Line 3,278:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Structures, where it is able to flex to some extent [sic]	+	|colspan=5 style="font-style: italic" width=100 | Structures, where it is able to flex to some extent [sic]
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,196:		Line 3,295:
	''none''		''none''
	|}		|}
		+	[[Components#Solid State Processing Unit|Component View]]
	<br>		<br>
Line 3,201:		Line 3,301:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | N/A	+	|colspan=5 style="font-style: italic" width=100 | N/A
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,218:		Line 3,318:
	''none''		''none''
	|}		|}
		+	[[Components#Sonoluminens Unit|Component View]]
	<br>		<br>
Line 3,223:		Line 3,324:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,240:		Line 3,341:
	''none''		''none''
	|}		|}
		+	[[Components#Static Containment Unit|Component View]]
	<br>		<br>
Line 3,245:		Line 3,347:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,262:		Line 3,364:
	''none''		''none''
	|}		|}
		+	[[Components#Static Proofing Unit|Component View]]
	<br>		<br>
Line 3,295:		Line 3,398:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for containment on machines	+	|colspan=5 style="font-style: italic" width=100 | Used for containment on machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,312:		Line 3,415:
	''none''		''none''
	|}		|}
		+	[[Components#Vibration Containment Unit|Component View]]
	<br>		<br>
Line 3,317:		Line 3,421:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Used for proofing machines	+	|colspan=5 style="font-style: italic" width=100 | Used for proofing machines
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,334:		Line 3,438:
	''none''		''none''
	|}		|}
		+	[[Components#Vibration Proofing Unit|Component View]]
	<br>		<br>
Line 3,366:		Line 3,471:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | One liter of H2O	+	|colspan=5 style="font-style: italic" width=100 | One liter of H2O
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,383:		Line 3,488:
	''none''		''none''
	|}		|}
		+	[[Components#Water|Component View]]
	<br>		<br>
Line 3,418:		Line 3,524:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | electronic repair function	+	|colspan=5 style="font-style: italic" width=100 | electronic repair function
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,435:		Line 3,541:
	''none''		''none''
	|}		|}
		+	[[Components#Wire And Jumper Kit Unit|Component View]]
	<br>		<br>
Line 3,440:		Line 3,547:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Electronic repair function	+	|colspan=5 style="font-style: italic" width=100 | Electronic repair function
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,457:		Line 3,564:
	''none''		''none''
	|}		|}
		+	[[Components#Wiresplicer Unit|Component View]]
	<br>		<br>
Line 3,462:		Line 3,570:
	{| border=1 cellspacing=0 cellpadding=5		{| border=1 cellspacing=0 cellpadding=5
	|-		|-
-	|colspan=5 style="font-style: italic" | Assembles wiring according to blueprints	+	|colspan=5 style="font-style: italic" width=100 | Assembles wiring according to blueprints
	|- align=center		|- align=center
	|'''Base Value'''		|'''Base Value'''
Line 3,479:		Line 3,587:
	''none''		''none''
	|}		|}
		+	[[Components#Wiring Unit|Component View]]
	<br>		<br>
	Return to [[Production]]		Return to [[Production]]

---

Revision as of 02:06, 9 March 2006

Contents 1 Blueprints 1.1 Factory Function Equivalences 1.2 List of Blueprints 1.2.1 2Dchemistry Unit 1.2.2 Blood Analysis 1.2.3 Exhalationgas Analysis 1.2.4 Free-Scoped PCR Test 1.2.5 Mucosanalysis 1.2.6 Assembling Unit 1.2.7 Basicconttool 1.2.8 Basic Detox Kit 1.2.9 Basic E-Kit 1.2.10 Basicelctool 1.2.11 Basiceletool 1.2.12 Basicmechtool 1.2.13 Basic Medkit 1.2.14 Basicstructool 1.2.15 Bioagent1 1.2.16 Bioagent2 1.2.17 Bioagent3 1.2.18 Bioagent4 1.2.19 Bioagent5 1.2.20 Bio Containment Unit 1.2.21 Biograbber 1.2.22 Biografting Unit 1.2.23 Bio Manufacture Unit 1.2.24 Biomatter 1.2.25 Bio Proofing Unit 1.2.26 Bio Scanner 1.2.27 Bio Scanner 1 1.2.28 Bio Scanner 2 1.2.29 Bio Scanner 3 1.2.30 Bufferingunit 1.2.31 Ceramics Manufacture Unit 1.2.32 Chemcomp1 1.2.33 Chemcomp2 1.2.34 Chemcomp3 1.2.35 Chemcomp4 1.2.36 Chemcomp5 1.2.37 Chemical1 1.2.38 Chemical2 1.2.39 Chemical3 1.2.40 Chemical4 1.2.41 Chemical5 1.2.42 Chemical Containment Unit 1.2.43 Chemical Manufacture Unit 1.2.44 Chemical Proofing Unit 1.2.45 Cloth1 1.2.46 Cloth2 1.2.47 Cloth3 1.2.48 Baleen Filter 1.2.49 Particle Trap 1.2.50 Clot Wrap 1.2.51 Comp1 1.2.52 Comp2 1.2.53 Comp3 1.2.54 Comp4 1.2.55 Comp5 1.2.56 Feynman Cube 1.2.57 Bose-Enstein Gel 1.2.58 CPU3 1.2.59 CPU4 1.2.60 CPU5 1.2.61 Cultivating Unit 1.2.62 Cutting Unit 1.2.63 Dust Containment Unit 1.2.64 Dust Proofing Unit 1.2.65 Elallaserunit 1.2.66 Electric Manufacturing Unit 1.2.67 Electronic Manufacturing Unit 1.2.68 Electro Pressurization Unit 1.2.69 E-Mech Rigger 1.2.70 E-Mech Rigger 2 1.2.71 E-Mech Rigger 3 1.2.72 E-Mech Rigger 4 1.2.73 Fermenting Unit 1.2.74 Filtering Unit 1.2.75 Freezer1unit 1.2.76 Freezer2unit 1.2.77 Freezer3unit 1.2.78 Fusing(Welding) Unit 1.2.79 Genengineeringunit 1.2.80 Genmanipulationunit 1.2.81 Genmutationunit 1.2.82 Aldridge Gel 1.2.83 Boe Filament 1.2.84 Hongo Thread 1.2.85 Hipressureunit 1.2.86 Hivoltagecomp1 1.2.87 Hivoltagecomp2 1.2.88 Hivoltagecomp3 1.2.89 Hivoltagecomp4 1.2.90 Hivoltagecomp5 1.2.91 Heavy Welder 1.2.92 Servo Wrench 1.2.93 Q-Pulse Laser Cutter 1.2.94 Magnetic Containment Unit 1.2.95 Magnetic Proofing Unit 1.2.96 Mech1 1.2.97 Mech2 1.2.98 Mech3 1.2.99 Mech4 1.2.100 Mech5 1.2.101 Mechanical Manufacture Unit 1.2.102 Mech-Wrench 1.2.103 Medkit 1.2.104 Mendplate 1.2.105 Metal Manufacture Unit 1.2.106 Metalore1unit 1.2.107 Metalore2unit 1.2.108 Micro Assembly Unit 1.2.109 Microcuttingunit 1.2.110 Microsortingunit 1.2.111 Mineral 1.2.112 Mineral Manufacture Unit 1.2.113 Mixing Unit 1.2.114 Molding Unit 1.2.115 Monocleaner 1.2.116 Monowrapper 1.2.117 Multicleaner 1.2.118 Nano Assembly Unit 1.2.119 Optronic Manufacture Unit 1.2.120 Plastic Manufacture Unit 1.2.121 Powersource1 1.2.122 Powersource2 1.2.123 Powersource3 1.2.124 Powersource4 1.2.125 Powersource5 1.2.126 Pressmolder1unit 1.2.127 Pressmolder2unit 1.2.128 Printing Unit 1.2.129 Processing Unit 1.2.130 Quantum Manipulation Unit 1.2.131 Radiation Containment Unit 1.2.132 Radiation Proofing Unit 1.2.133 Refinedmineral1 1.2.134 Refinedmineral2 1.2.135 Refinedmineral3 1.2.136 Refinedmineral4 1.2.137 Refinedmineral5 1.2.138 Refining Unit 1.2.139 Rivet1 1.2.140 Rivet2 1.2.141 Rivet3 1.2.142 Plasteel 1.2.143 Glassteel 1.2.144 Sheetplate3 1.2.145 Sheetplate4 1.2.146 Creep Plate 1.2.147 Soldering Laser Unit 1.2.148 Solid State Processing Unit 1.2.149 Sonoluminens Unit 1.2.150 Static Containment Unit 1.2.151 Static Proofing Unit 1.2.152 Sterilizing Unit 1.2.153 Vibration Containment Unit 1.2.154 Vibration Proofing Unit 1.2.155 The Cayman Method 1.2.156 Water 1.2.157 Weaving Factory Unit 1.2.158 Wire And Jumper Kit Unit 1.2.159 Wiresplicer Unit 1.2.160 Wiring Unit

Blueprints

Blueprints are used in production to make tools or other components. Blueprints must be used in specific factories depending on the Factory Functions (List_of_Factory_Functions). They also require abilities to use the Blueprint (Skill_Trees), as well as a series of components to construct the final product (Components).

NOTE: Beta information is subject to change at any time!

Return to Production

Factory Function Equivalences

Note, in the below, some functions do not directly correspond to those listed in the Machine Administration screen. The following mapping is presumed until it is found to be different:

• Biomanufacture equates to Bio Manufacture
• Ceramicsmanufacture equates to Ceramics Manufacture
• Chemicalmanufacture equates to Chemical Manufacture
• Electronicmanufacture equates to Electronic Manufacture
• Freezer1 equates to Snap Freezer
• Freezer2 equates to Cold Storage
• Fusing equates to Fusing(Welding)
• Genengineering equates to Genetic Engineering
• Genmanipulation equates to Genetic Manipulation
• Genmutation equates to Genetic Mutation
• Hipressure equates to High Pressure Environment
• Mechanicalmanufacture equates to Mechanical Manufacture
• Microassembly equates to Micro Assembly
• Microcutting equates to Micro Cutting
• Microsorting equates to Sorting
• Nanoassembly equates to Nano Assembly
• Optronicmanufacture equates to Optronic Manufacture

If in doubt, go to a factory and put in your blueprint and the required functions will be listed.

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List of Blueprints

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2Dchemistry Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
27320	01:00:00	Assembling Nanoassembly Optronic Manufacture	Machine Tool Manufacture 4 Chemical Manufacture 5	5 x Chemcomp1 5 x Chemcomp4 5 x CPU5 5 x Sheetplate2

Component View

Blood Analysis

Analysis of Human Blood
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Filtering Genengineering Freezer1 Sterilizing	Medicine 1	10 x Blood Sample

Exhalationgas Analysis

Analysis of Exhalation Gas
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Filtering Genengineering Freezer1 Sterilizing	Medicine 2	10 x Sample of Exhalation Gas

Free-Scoped PCR Test

Test Result from Using Blueprint Free Scoped PCR Test
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Genmutation Genengineering Freezer2 Sterilizing	Biology 5	2 x Chemcomp2 4 x Chemical1 5 x Fungal Gloss

Mucosanalysis

Analysis of Human Mucos
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Filtering Genengineering Freezer1 Sterilizing	Medicine 3	10 x Mucus Sample

Assembling Unit

Assembles Smaller Parts According to Blueprint
Base Value	Production Time	Factory Functions	Abilities	Components
24124	01:00:00	Assembling Fusing Molding Wiring	Machine Tool Manufacture 2 Mechanical Manufacture 5	2 x CPU4 5 x Mech3 3 x Mech4 5 x Sheetplate2

Component View

Basicconttool

Basicconttool
Base Value	Production Time	Factory Functions	Abilities	Components
1516	00:10:00	Assembling Weaving Molding	Chemical Manufacture 2 Tool Manufacture 2	1 x Chemcomp1 2 x Mech1

Tool View

Basic Detox Kit

Fixes Minor Contamination
Base Value	Production Time	Factory Functions	Abilities	Components
996	00:10:00	Assembling Wiring	Tool Manufacture 1	1 x Chemcomp2 1 x Mech1

Tool View

Basic E-Kit

Fixes Electrical and Electronic Damage
Base Value	Production Time	Factory Functions	Abilities	Components
3816	00:03:20	Assembling Wiring	Tool Manufacture 0	2 x Comp2 2 x CPU2 1 x Lurchbolt

Tool View

Basicelctool

Basicelctool
Base Value	Production Time	Factory Functions	Abilities	Components
1656	00:10:00	Assembling Wiring Printing	Electronic Manufacture 1 Tool Manufacture 2	2 x Comp1 2 x CPU1

Tool View

Basiceletool

Basiceletool
Base Value	Production Time	Factory Functions	Abilities	Components
1364	00:10:00	Assembling Wiring Microcutting	Electronic Manufacture 2 Tool Manufacture 2	2 x Comp2 1 x Mech1

Tool View

Basicmechtool

Basicmechtool
Base Value	Production Time	Factory Functions	Abilities	Components
3808	00:10:00	Assembling Molding Fusing	Advanced Mechanical Manufacture ?	2 x Mech1 2 x Mech2

Tool View

Basic Medkit

Basic Medkit
Base Value	Production Time	Factory Functions	Abilities	Components
1156	00:16:40	Assembling Wiring	Tool Manufacture 1	1 x Chemcomp1 1 x Chemcomp2 1 x CPU1

Tool View

Basicstructool

Basicstructool
Base Value	Production Time	Factory Functions	Abilities	Components
2812	00:10:00	Assembling Molding Cutting	Advanced Mechanical Manufacture ?	4 x Mech1 3 x Cottonplate

Tool View

Bioagent1

Biological Compound
Base Value	Production Time	Factory Functions	Abilities	Components
44	00:03:00	Biomanufacture Mixing Sterilizing	Bio Tech Manufacture 1	1 x Biomatter 1 x Water

Component View

Bioagent2

Biological Compound
Base Value	Production Time	Factory Functions	Abilities	Components
64	00:04:00	Biomanufacture Mixing Sterilizing Cultivating	Bio Tech Manufacture 2	2 x Biomatter 2 x Water

Component View

Bioagent3

Biological Compound
Base Value	Production Time	Factory Functions	Abilities	Components
128	00:05:00	Biomanufacture Mixing Sterilizing Genengineering	Bio Tech Manufacture 3	3 x Biomatter 1 x Chemical1 3 x Water

Component View

Bioagent4

Biological Compound
Base Value	Production Time	Factory Functions	Abilities	Components
168	00:06:00	Biomanufacture Mixing Sterilizing Genmanipulation	Bio Tech Manufacture 4	4 x Biomatter 1 x Chemical2 4 x Water

Component View

Bioagent5

Biological Compound
Base Value	Production Time	Factory Functions	Abilities	Components
208	00:07:00	Biomanufacture Mixing Sterilizing Genmutation	Bio Tech Manufacture 5	5 x Biomatter 1 x Chemical3 5 x Water

Component View

Bio Containment Unit

Used for Containment on Machines
Base Value	Production Time	Factory Functions	Abilities	Components
23668	01:00:00	Assembling Fusing Molding Wiring	Machine Tool Manufacture 2	5 x Chemcomp5 5 x Cloth5 4 x Comp5 5 x CPU4 5 x Glassteel

Component View

Biograbber

A multi-purpose sampling device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation gases, mucus.
Base Value	Production Time	Factory Functions	Abilities	Components
5108	00:30:00	Assembling Wiring Optronicmanufacture Electronicmanufacture	Biotech Manufacture 1 Tool Manufacture 3	2 x Chemcomp2 3 x Chemcomp3 2 x Comp1 2 x Comp1

Component View

Biografting Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
25280	01:00:00	Assembling Sterilizing Electronicmanufacture	Machine Tool Manufacture 4 Bio Tech Manufacture 3	20 x Bioagent4 10 x Chemcomp4 5 x CPU4 5 x Glassteel

Component View

Bio Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
11080	01:00:00	Assembling Sterilizing Electronicmanufacture	Machine Tool Manufacture 1 Bio Tech Manufacture 2	10 x Bioagent4 5 x Chemcomp5 1 x CPU5 5 x Glassteel

Component View

Biomatter

One liter of generic biological matter
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	none

Component View

Bio Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
7360	00:03:20	none	none	5 x Hivoltagecomp3 5 x Hivoltagecomp4 5 x Creep Plate

Component View

Bio Scanner

A multi-purpose topographical sampling device. Collects a variety of biological samples from the environment by either direct touch, reading air or scanning through different spectrums.
Base Value	Production Time	Factory Functions	Abilities	Components
9288	00:41:40	Assembling Wiring Optronicmanufacture	Electronic Manufacture 3 Tool Manufacture 3	2 x Chemcomp1 3 x Comp3 3 x CPU3

Tool View

Bio Scanner 1

Bio scanner 1
Base Value	Production Time	Factory Functions	Abilities	Components
5200	00:03:20	Assembling Wiring	Tool Manufacture 2	2 x Chemcomp1 2 x CPU3

Tool View

Bio Scanner 2

Bio scanner 2
Base Value	Production Time	Factory Functions	Abilities	Components
5416	00:03:20	Assembling Wiring	Tool Manufacture 3	2 x Chemcomp2 2 x CPU3

Tool View

Bio Scanner 3

Bio scanner 3
Base Value	Production Time	Factory Functions	Abilities	Components
7944	00:03:20	Assembling Wiring	Tool Manufacture 4	2 x Chemcomp3 3 x CPU3

Tool View

Bufferingunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
24540	00:50:00	Assembling Fusing Sterilizing	Advanced Chemical Manufacture ?	5 x Chemcomp4 5 x Chemcomp5 20 x Chemical4 5 x CPU4

Component View

Ceramics Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
22280	01:20:00	Assembling Molding	Advanced Mechanical Manufacture ?	5 x Comp3 5 x Mech5 5 x Glassteel 20 x Creep Plate

Component View

Chemcomp1

Petri dish
Base Value	Production Time	Factory Functions	Abilities	Components
140	00:03:00	Ceramicsmanufacture Molding Sterilizing	Chemical Manufacture 1	1 x Refinedmineral1 1 x Refinedmineral2

Component View

Chemcomp2

Test tube
Base Value	Production Time	Factory Functions	Abilities	Components
248	00:04:00	Ceramicsmanufacture Molding Sterilizing	Chemical Manufacture 2	1 x Refinedmineral1 1 x Glassteel

Component View

Chemcomp3

Test tube
Base Value	Production Time	Factory Functions	Abilities	Components
292	00:05:00	Ceramicsmanufacture Molding Sterilizing	Chemical Manufacture 3	1 x Refinedmineral5 1 x Glassteel

Component View

Chemcomp4

Sterile testtube
Base Value	Production Time	Factory Functions	Abilities	Components
352	00:06:00	Ceramicsmanufacture Molding Sterilizing	Chemical Manufacture 4	1 x Refinedmineral1 1 x Refinedmineral5 1 x Glassteel

Component View

Chemcomp5

Testtube?
Base Value	Production Time	Factory Functions	Abilities	Components
636	00:07:00	Ceramicsmanufacture Molding Sterilizing	Chemical Manufacture 5	1 x Chemcomp2 2 x Glassteel

Component View

Chemical1

Chemical
Base Value	Production Time	Factory Functions	Abilities	Components
44	00:03:00	Chemicalmanufacture Refining Filtering	Chemical Manufacture 1	1 x Mineral 1 x Water

Component View

Chemical2

Chemical
Base Value	Production Time	Factory Functions	Abilities	Components
64	00:04:00	Chemicalmanufacture Refining Filtering	Chemical Manufacture 2	2 x Mineral 2 x Water

Component View

Chemical3

Chemical
Base Value	Production Time	Factory Functions	Abilities	Components
84	00:05:00	Chemicalmanufacture Refining Filtering	Chemical Manufacture 3	3 x Mineral 3 x Water

Component View

Chemical4

Chemical
Base Value	Production Time	Factory Functions	Abilities	Components
104	00:06:00	Chemicalmanufacture Refining Filtering	Chemical Manufacture 4	4 x Mineral 4 x Water

Component View

Chemical5

Chemical
Base Value	Production Time	Factory Functions	Abilities	Components
124	00:07:00	Chemicalmanufacture Refining Filtering	Chemical Manufacture 5	5 x Mineral 5 x Water

Component View

Chemical Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Chemical Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
24540	00:50:00	Assembling Fusing Sterilizing	Advanced Chemical Manufacture ?	5 x Chemcomp4 5 x Chemcomp5 20 x Chemical4 5 x CPU4

Component View

Chemical Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Cloth1

Anti-rad props
Base Value	Production Time	Factory Functions	Abilities	Components
44	00:03:20	none	none	1 x Biomatter

Component View

Cloth2

Gas proof
Base Value	Production Time	Factory Functions	Abilities	Components
48	00:03:20	none	none	2 x Biomatter

Component View

Cloth3

Impact proof
Base Value	Production Time	Factory Functions	Abilities	Components
56	00:03:20	none	none	3 x Biomatter 1 x Mineral

Component View

Baleen Filter

Wet polycarbonate adapter-membranes covering Microfiltration, Ultrafiltration, Nanofiltration, and reversed osmosis.
Base Value	Production Time	Factory Functions	Abilities	Components
64	00:03:20	none	none	4 x Biomatter 2 x Mineral

Component View

Particle Trap

Thermal resistant
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	5 x Biomatter 3 x Mineral

Component View

Clot Wrap

Biodegradable chitosan-treated self-adhesive bandage for emergency treatment of wounds
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Sterilizing Weaving Freezer1	Bio Tech Manufacture 3	1 x Bioagent1 2 x Cloth2

Component View

Comp1

Electronic Component
Base Value	Production Time	Factory Functions	Abilities	Components
180	00:03:00	Electronicmanufacture	Electronic Manufacture 1	1 x Refinedmineral1 1 x Refinedmineral2 1 x Cottonplate

Component View

Comp2

Bio-Electronic Component
Base Value	Production Time	Factory Functions	Abilities	Components
240	00:04:00	Nanoassembly Biografting Printing	Electronic Manufacture 2	2 x Bioagent1 2 x Refinedmineral2 1 x Cottonplate

Component View

Comp3

Electronic Component
Base Value	Production Time	Factory Functions	Abilities	Components
300	00:05:00	Nanoassembly 2Dchemistry Printing	Electronic Manufacture 3	3 x Refinedmineral1 1 x Refinedmineral4 2 x Cottonplate

Component View

Comp4

Electronic Component
Base Value	Production Time	Factory Functions	Abilities	Components
360	00:06:00	Nanoassembly Biografting Printing	Electronic Manufacture 4	1 x Bioagent1 2 x Bioagent2 1 x Chemcomp1

Component View

Comp5

Electronic Component (optic)
Base Value	Production Time	Factory Functions	Abilities	Components
420	00:07:00	Nanoassembly Optronicmanufacture Printing	Electronic Manufacture 5	1 x Refinedmineral1 3 x Refinedmineral5 1 x Cottonplate

Component View

Feynman Cube

CPU Unit
Base Value	Production Time	Factory Functions	Abilities	Components
300	00:05:00	Wiring Printing Nanoassembly	Electronic Manufacture 1	1 x Comp1 1 x Comp2

Component View

Bose-Enstein Gel

CPU Unit
Base Value	Production Time	Factory Functions	Abilities	Components
400	00:06:40	Wiring Printing Nanoassembly	Electronic Manufacture 3	2 x Comp2 2 x Comp3

Component View

CPU3

CPU Unit
Base Value	Production Time	Factory Functions	Abilities	Components
500	00:08:20	Wiring Printing Nanoassembly 2Dchemistry	Electronic Manufacture 5	3 x Comp3 3 x Comp4

Component View

CPU4

CPU Unit
Base Value	Production Time	Factory Functions	Abilities	Components
600	00:10:00	Wiring Printing Nanoassembly Optronicmanufacture	N/A	4 x Comp4 4 x Comp5

Component View

CPU5

CPU Unit
Base Value	Production Time	Factory Functions	Abilities	Components
4740	00:11:40	Wiring Printing Nanoassembly Sonoluminens	N/A	5 x Comp5 1 x CPU3

Component View

Cultivating Unit

Used for growing engineered cultures
Base Value	Production Time	Factory Functions	Abilities	Components
22580	01:00:00	Microassembly Molding Hipressure Optronicmanufacture	Advanced Chemical Manufacture ?	5 x Chemcomp4 5 x Chemcomp5 5 x CPU4

Component View

Cutting Unit

Cuts ultra durable materials into shape
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Dust Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Dust Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Elallaserunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Electric Manufacturing Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Electronic Manufacturing Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Electro Pressurization Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

E-Mech Rigger

Fixes Mechanical and Electrical Damage
Base Value	Production Time	Factory Functions	Abilities	Components
3608	00:03:20	Assembling Wiring	Tool Manufacture 2	2 x CPU1 2 x Mech2

Tool View

E-Mech Rigger 2

Fixes Mechanical and Electrical Damage
Base Value	Production Time	Factory Functions	Abilities	Components
4824	00:03:20	Assembling Wiring	Tool Manufacture 3	2 x CPU1 3 x Mech2

E-Mech Rigger 3

Fixes Mechanical and Electrical Damage
Base Value	Production Time	Factory Functions	Abilities	Components
6624	00:03:20	Assembling Wiring	Tool Manufacture 4	2 x CPU2 2 x Mech3

E-Mech Rigger 4

Fixes Mechanical and Electrical Damage
Base Value	Production Time	Factory Functions	Abilities	Components
8428	00:03:20	Assembling Wiring	Tool Manufacture 5	2 x CPU2 3 x Mech3

Fermenting Unit

An essential process in many biochemical processes is fermenting by enzymes breaking chemical bonds
Base Value	Production Time	Factory Functions	Abilities	Components
54580	01:00:00	Molding Assembling Optronicmanufacture Sterilizing	Advanced Chemical Manufacture ?	5 x Chemcomp4 5 x Chemcomp5 10 x CPU5 10 x Glassteel

Component View

Filtering Unit

Filters, separating particles from substrate
Base Value	Production Time	Factory Functions	Abilities	Components
3168	01:00:00	Weaving Assembling Ceramicsmanufacture	Advanced Chemical Manufacture ?	3 x Chemcomp2 20 x Cloth5 3 x Sheetplate2

Component View

Freezer1unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Freezer2unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Freezer3unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Fusing(Welding) Unit

Fuses and welds all kinds of materials
Base Value	Production Time	Factory Functions	Abilities	Components
10700	00:03:20	none	none	4 x Hivoltagecomp3 3 x Laser2 5 x Sheetplate3 4 x Sheetplate5

Component View

Genengineeringunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Genmanipulationunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Genmutationunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Aldridge Gel

Core-shell dendrimer jelly exposed to radiation hardens and connects two surfaces. Changes occur buffer-style from one material to another over a graded interface.
Base Value	Production Time	Factory Functions	Abilities	Components
144	00:03:00	Mixing Filtering Chemicalmanufacture	Chemical Manufacture 1	1 x Chemical1 1 x Chemical2

Component View

Boe Filament

Flattened Feynman clusters containing traces of Taq-V polymerase. Able to self-repair to a certain extent. High tolerance of sudden changes and extremes in temperature.
Base Value	Production Time	Factory Functions	Abilities	Components
344	00:04:00	Mixing Filtering Chemicalmanufacture	Chemical Manufacture 5	2 x Chemical2 2 x Chemical3

Component View

Hongo Thread

'""Fungi thread"'. Filaments of encapsulated native mycofibres wrapped into macro-polymer thread. High Resistance to both organic and inorganic chemicals."
Base Value	Production Time	Factory Functions	Abilities	Components
444	00:05:00	Mixing Filtering Chemicalmanufacture	N/A	3 x Bioagent1 3 x Chemical3

Component View

Hipressureunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Hivoltagecomp1

Hivoltagecomp1
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	1 x Cloth5 1 x Sheetplate2

Component View

Hivoltagecomp2

Hivoltagecomp2
Base Value	Production Time	Factory Functions	Abilities	Components
360	00:03:20	none	none	2 x Cloth5 2 x Sheetplate2

Component View

Hivoltagecomp3

Hivoltagecomp3
Base Value	Production Time	Factory Functions	Abilities	Components
520	00:03:20	none	none	3 x Cloth5 3 x Sheetplate2

Component View

Hivoltagecomp4

Hivoltagecomp4
Base Value	Production Time	Factory Functions	Abilities	Components
760	00:03:20	none	none	4 x Sheetplate2 2 x Creep Plate

Component View

Hivoltagecomp5

Hivoltagecomp5
Base Value	Production Time	Factory Functions	Abilities	Components
1032	00:03:20	none	none	5 x Sheetplate2 5 x Creep Plate

Component View

Heavy Welder

Heavy Duty Repairtool, Useful for Structural and Mechanical Damage
Base Value	Production Time	Factory Functions	Abilities	Components
19844	00:40:00	Assembling Wiring Microassembly Mechanicalmanufacture	Advanced Mechanical Manufacture ?	5 x Hivoltagecomp3 5 x Mech3 4 x Kesling Weave 5 x Sheetplate3

Tool View

Servo Wrench

Fixes Mechanic Damage
Base Value	Production Time	Factory Functions	Abilities	Components
8628	00:10:00	Assembling Wiring	Tool Manufacture 3	2 x CPU2 3 x Mech1 3 x Mech2

Tool View

Q-Pulse Laser Cutter

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
2860	01:00:00	Electricmanufacture Optronicmanufacture Microassembly Wiring	Machine Tool Manufacture 1 Electronic Manufacture 1	3 x Comp2 2 x Hivoltagecomp3 2 x Sheetplate2

Magnetic Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Magnetic Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Mech1

Mech1
Base Value	Production Time	Factory Functions	Abilities	Components
628	00:05:00	Mechanicalmanufacture Assembling Molding	Mechanical Manufacture 1	1 x Snap Joint 1 x Sheetplate2

Component View

Mech2

Mech2
Base Value	Production Time	Factory Functions	Abilities	Components
1216	00:06:40	Mechanicalmanufacture Assembling Molding	Mechanical Manufacture 3	2 x Snap Joint 2 x Sheetplate2

Component View

Mech3

Mech3
Base Value	Production Time	Factory Functions	Abilities	Components
1804	00:08:20	Mechanicalmanufacture Assembling Molding	Mechanical Manufacture 5	3 x Snap Joint 3 x Sheetplate2

Component View

Mech4

Mech4
Base Value	Production Time	Factory Functions	Abilities	Components
2392	00:10:00	Mechanicalmanufacture Assembling Molding	N/A	4 x Snap Joint 4 x Sheetplate2

Component View

Mech5

Mech5
Base Value	Production Time	Factory Functions	Abilities	Components
2980	00:11:40	Mechanicalmanufacture Assembling Molding	N/A	5 x Snap Joint 5 x Sheetplate2

Component View

Mechanical Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
5832	01:00:00	Assembling Cutting Molding Metalmanufacture	Machine Tool Manufacture 3 Mechanical Manufacture 3	5 x Hivoltagecomp3 4 x Mech1 3 x Sheetplate2

Component View

Mech-Wrench

Fixes Mechanical and Structural Damage
Base Value	Production Time	Factory Functions	Abilities	Components
4944	00:03:20	Assembling Wiring	Tool Manufacture 3	2 x Mech1 3 x Mech2

Tool View

Medkit

(Portable Emergency Treatment and Analysis Kit) A Multi-purpose sampling and treating device for use on humans. It can collect a variety of samples, e.g. blood, saliva, exhalation, gases, mucus.
Base Value	Production Time	Factory Functions	Abilities	Components
1488	00:20:00	Assembling Wiring Sterilizing Electronicmanufacture	Tool Manufacture 2	1 x Chemcomp1 1 x Chemcomp2 1 x Chemcomp3

Tool View

Mendplate

Concrete-fibrous composite sheets containing gels in micro-capillary meshes, designed as honeycomb structure. Able to heal cracks, tears and ruptures to a certain degree.
Base Value	Production Time	Factory Functions	Abilities	Components
244	00:03:20	Microsorting Weaving Fermenting Freezer1	Bio Tech Manufacture 2 Chemical Manufacture 2	1 x Aldridge Gel 1 x Cottonplate

Component View

Metal Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
14360	01:00:00	Assembling Mechanicalmanufacture Electropressurization Microassembly	Advanced Mechanical Manufacture ?	5 x Mech4 5 x Powersource4 5 x Glassteel 5 x Creep Plate

Component View

Metalore1unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Metalore2unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Micro Assembly Unit

Assembles micro components
Base Value	Production Time	Factory Functions	Abilities	Components
32440	01:00:00	Biomanufacture Genmanipulation Genmutation Genengineering	Machine Tool Manufacture 4 Bio Tech Manufacture 4	10 x Bioagent5 5 x CPU4 5 x Mech4 5 x Glassteel

Component View

Microcuttingunit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Microsortingunit

Mineral

Mineral Manufacture Unit

Mixing Unit

Molding Unit

Molds materials into desired shapes
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Monocleaner

Dispenser of Various Cleaning Chemicals
Base Value	Production Time	Factory Functions	Abilities	Components
400	00:10:00	Assembling Wiring	Tool Manufacture 2	2 x Chemcomp1

Tool View

Monowrapper

Dispenser of Various Glues and Tapes
Base Value	Production Time	Factory Functions	Abilities	Components
3728	00:03:20	Assembling Wiring	Tool Manufacture 2	2 x Mech1 2 x Mech2

Tool View

Multicleaner

Radiates Various
Base Value	Production Time	Factory Functions	Abilities	Components
2340	00:03:20	Assembling Wiring	Tool Manufacture 3	2 x Chemcomp2 1 x Mech3

Tool View

Nano Assembly Unit

Assembles nano scale components
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Optronic Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Plastic Manufacture Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Powersource1

Powersource2

Powersource3

Powersource4

Powersource5

Pressmolder1unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Pressmolder2unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Printing Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Processing Unit

Quantum Manipulation Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Radiation Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Radiation Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Refinedmineral1

Refinedmineral2

Refinedmineral3

Refinedmineral4

Refinedmineral5

Refining Unit

Rivet1

Rivet2

Rivet3

====Blood Sample==== (Should no longer be produceable)

A Sample of Blood
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	none

Component View

====Sample Of Exhalation Gas==== (should no longer be produceable)

A Sample of Human Exhalation Gas
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	none

Component View Tool View

====Mucus Sample==== (Should no longer be produceable)

A Sample of Mucos
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	none

Component View

Plasteel

Glassteel

Sheetplate3

Sheetplate4

Creep Plate

Soldering Laser Unit

Solid State Processing Unit

Structures, where it is able to flex to some extent [sic]
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Sonoluminens Unit

N/A
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Static Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Static Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Sterilizing Unit

Sterilizes materials and chemicals
Base Value	Production Time	Factory Functions	Abilities	Components
22580	01:00:00	Microassembly Molding Hipressure Optronicmanufacture	Advanced Chemical Manufacture ?	5 x Chemcomp4 5 x Chemcomp5 5 x CPU4

Component View

Vibration Containment Unit

Used for containment on machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Vibration Proofing Unit

Used for proofing machines
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

The Cayman Method

Differentiated Spectrum Enzyme Immonuassay (Cayman Method). An assay that uses an enzyme-bound antibody to detect antigens. The enzyme catalyzes a emission reaction when exposed to substrate.
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	Cultivating Genengineering Freezer1 Sterilizing	Medicine 2	1x Chemcomp1 10 x Capillary Sample

Water

One liter of H2O
Base Value	Production Time	Factory Functions	Abilities	Components
200	00:03:20	none	none	none

Component View

Weaving Factory Unit

Genetically engineered ants specifically designed to weave various fibers and fabrics according to bluprints
Base Value	Production Time	Factory Functions	Abilities	Components
32440	01:00:00	Biomanufacture Genmanipulation Genmutation Genengineering	Machine Tool Manufacture 4 Bio Tech Manufacture 4	10 x Bioagent5 5 x CPU4 5 x Mech4 5 x Glassteel

Component View

Wire And Jumper Kit Unit

electronic repair function
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Wiresplicer Unit

Electronic repair function
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

Wiring Unit

Assembles wiring according to blueprints
Base Value	Production Time	Factory Functions	Abilities	Components
40	00:03:20	none	none	none

Component View

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