Components

From Seed

Revision as of 01:45, 24 February 2006 Denton (Talk | contribs) (→Freezer1unit) ← Previous diff		Current revision Kenji (Talk | contribs) (→Mineral)
Line 1:		Line 1:
	==Components==		==Components==
	Components are items used in production to make tools or other components. Quality of the components has not been fully implemented yet.		Components are items used in production to make tools or other components. Quality of the components has not been fully implemented yet.
		+
		+	The price one pays to buy a component is the 10% over the base price, and the payment one gets when donating one is 10% under.
	NOTE: Beta information is subject to change at any time!		NOTE: Beta information is subject to change at any time!
Line 8:		Line 10:
-	===List of Components===	+	===List of Construction Components===
	----		----
-	====2DChemistry Unit====	+	====Bioagent1====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Biological compound
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| 1
		+	| -/10
		+	| 116
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Bioagent1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Bioagent2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | ''N/A''	+	| colspan=3 style="font-style:italic" | Biological compound
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 27320	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| 1
		+	| -/10
		+	| 208
	|}		|}
		+	[[Blueprints#Bioagent2|Blueprint View]]
		+	<br>
-		+	====Bioagent3====
-		+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Assembling Unit====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Assembles Smaller Parts According to Blueprint	+	| colspan=3 style="font-style:italic" | Biological compound
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 416
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Bioagent3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Bioagent4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Biological compound
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 24124	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 600
	|}		|}
		+	[[Blueprints#Bioagent4|Blueprint View]]
		+	<br>
-	====Bioagent1====	+	====Bioagent5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Biological Compound	+	| colspan=3 style="font-style:italic" | Biological compound
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | 1	+	| -/10
-	| align="center" | -/10	+	| 784
-	| align="center" | 44	+
	|}		|}
		+	[[Blueprints#Bioagent5|Blueprint View]]
		+	<br>
-	====Bioagent2====
-	{| border=1 cellspacing=0 cellpadding=5 width=300
-	| align="center" | '''Description'''
-	|-
-	| align="center" | Biological Compound
-	|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300
-	| align="center" style="border-top:0px" | '''Quality'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Base Value'''
-	|-
-	| align="center" | 1
-	| align="center" | -/10
-	| align="center" | 64
-	|}
-	====Bioagent3====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
		+
		+
		+	====Chemcomp1====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | Biological Compound	+	| colspan=3 style="font-style:italic" | Petri dish
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 356
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemcomp1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemcomp2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Test tube
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 128	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1040
	|}		|}
		+	[[Blueprints#Chemcomp2|Blueprint View]]
		+	<br>
-	====Bioagent4====	+	====Chemcomp3====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Biological Compound	+	| colspan=3 style="font-style:italic" | Test tube
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1372
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemcomp3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemcomp4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Sterile testtube
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 168	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1504
	|}		|}
		+	[[Blueprints#Chemcomp4|Blueprint View]]
		+	<br>
-	====Bioagent5====	+	====Chemcomp5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Biological Compound	+	| colspan=3 style="font-style:italic" | Testtube?
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 2868
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemcomp5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemical1====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Chemica
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 208	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 116
	|}		|}
		+	[[Blueprints#Chemical1|Blueprint View]]
		+	<br>
-	====Bio Containment Unit====	+	====Chemical2====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used For Containment on Machines	+	| colspan=3 style="font-style:italic" | Chemica
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 208
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemical2|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemical3====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Chemica
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 23668	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 300
	|}		|}
		+	[[Blueprints#Chemical3|Blueprint View]]
		+	<br>
-	====Biografting Unit====	+	====Chemical4====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Chemica
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 392
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemical4|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemical5====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Chemica
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 25280	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 484
	|}		|}
		+	[[Blueprints#Chemical5|Blueprint View]]
		+	<br>
-	====Bio Manufacture Unit====	+	====Chemical Containment Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for containment on machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemical Containment Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Chemical Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 11080	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 86100
	|}		|}
		+	[[Blueprints#Chemical Manufacture Unit|Blueprint View]]
		+	<br>
-	====Biomatter====	+	====Chemical Proofing Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | One Liter of Generic Biological Matter	+	| colspan=3 style="font-style:italic" | Used for proofing machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Chemical Proofing Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Cloth1====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Anti-raid props
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 4	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 44
	|}		|}
		+	[[Blueprints#Cloth1|Blueprint View]]
		+	<br>
-	====Bio Proofing Unit====	+	====Cloth2====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used for Proofing Machines	+	| colspan=3 style="font-style:italic" | Gas proof
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 120
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Cloth2|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Cloth3====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Impact proof
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 7360	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 200
	|}		|}
		+	[[Blueprints#Cloth3|Blueprint View]]
		+	<br>
-	====Bufferingunit====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+	====Cloth5====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Therma resistant
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 360
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Cloth5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Clot Wrap====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Biodegradable chitosan-treated
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 24540	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 416
	|}		|}
		+	[[Blueprints#Clot Wrap|Blueprint View]]
		+	<br>
-	====Ceramics Manufacture Unit====	+	====Comp1====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Electronic component
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 632
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Comp1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Comp2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Bio-Electronic component
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 22280	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 956
	|}		|}
		+	[[Blueprints#Comp2|Blueprint View]]
		+	<br>
-	====Chemcomp1====	+	====Comp3====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Petri Dish	+	| colspan=3 style="font-style:italic" | Electronic component
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1332
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Comp3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Comp4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Electronic component
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 140	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 960
	|}		|}
		+	[[Blueprints#Comp4|Blueprint View]]
		+	<br>
-	====Chemcomp2====	+	====Comp5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Test Tube	+	| colspan=3 style="font-style:italic" | Electronic component (optic)
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1800
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Comp5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====CPU1====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | CPU unit
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 248	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1648
	|}		|}
		+	[[Blueprints#Feynman Cube|Blueprint View]]
		+	<br>
-	====Chemcomp3====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+	====CPU3====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | Test Tube	+	| colspan=3 style="font-style:italic" | CPU unit
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 6976
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#CPU3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====CPU4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | CPU unit
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 292	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 11160
	|}		|}
		+	[[Blueprints#CPU4|Blueprint View]]
		+	<br>
-	====Chemcomp4====	+	====CPU5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Sterile Testtube	+	| colspan=3 style="font-style:italic" | CPU unit
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 16116
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#CPU5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Cultivating Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for growing engineered cultures
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 352	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 78380
	|}		|}
		+	[[Blueprints#Cultivating Unit|Blueprint View]]
		+	<br>
-	====Chemcomp5====	+	====Cutting Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Testtube?	+	| colspan=3 style="font-style:italic" | Cuts ultra durable materials into shape
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Cutting Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Dust Containment Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for containment on machines
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 636	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Dust Containment Unit|Blueprint View]]
		+	<br>
-	====Chemical1====	+	====Dust Proofing Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Chemica	+	| colspan=3 style="font-style:italic" | Used for proofing machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Dust Proofing Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Elallaserunit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 44	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Elallaserunit|Blueprint View]]
		+	<br>
-	====Chemical2====	+	====Electric Manufacture Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Chemica	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Electric Manufacture Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Electronic Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 64	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Electronic Manufacture Unit|Blueprint View]]
		+	<br>
-	====Chemical3====	+	====Electro Pressurization Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Chemica	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Electro Pressurization Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Fermenting Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | An essential process in many biochemical processes is fermenting by enzymes breaking chemical bonds
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 84	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 192460
	|}		|}
		+	[[Blueprints#Fermenting Unit|Blueprint View]]
		+	<br>
-	====Chemical4====	+	====Filtering Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Chemica	+	| colspan=3 style="font-style:italic" | Filters, separating particles from substrate
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 12384
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Filtering Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Freezer1unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 104	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Freezer1unit|Blueprint View]]
		+	<br>
-	====Chemical5====	+	====Freezer2unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Chemica	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Freezer2unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Freezer3unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 124	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Freezer3unit|Blueprint View]]
		+	<br>
-	====Chemical Containment Unit====	+	====Fusing(Welding) Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used for Containment on Machines	+	| colspan=3 style="font-style:italic" | Fuses and welds all kinds of materials
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 38132
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Fusing(Welding) Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Genengineeringunit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Genengineeringunit|Blueprint View]]
		+	<br>
-	====Chemical Manufacture Unit====	+	====Genmanipulationunit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Genmanipulationunit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Genmutationunit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 24540	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Genmutationunit|Blueprint View]]
		+	<br>
-	====Chemical Proofing Unit====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+	====Hongo Thread====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | Used for Proofing Machines	+	| colspan=3 style="font-style:italic" | "Fungi thread". Filaments of encapsulated native mycofibres wrapped into macro polymer thread. High resistance to both organic and inorganic chemicals.
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1308
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Hongo Thread|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Hipressureunit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Hipressureunit|Blueprint View]]
		+	<br>
-	====Cloth1====	+	====Hivoltagecomp1====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Anti-Raid Props	+	| colspan=3 style="font-style:italic" | Hivoltagecomp1
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 848
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Hivoltagecomp1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Hivoltagecomp2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Hivoltagecomp2
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 44	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 1656
	|}		|}
		+	[[Blueprints#Hivoltagecomp2|Blueprint View]]
		+	<br>
-	====Cloth2====	+	====Hivoltagecomp3====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Gas Proof	+	| colspan=3 style="font-style:italic" | Hivoltagecomp3
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 2464
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Hivoltagecomp3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Hivoltagecomp4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Hivoltagecomp4
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 48	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 4000
	|}		|}
		+	[[Blueprints#Hivoltagecomp4|Blueprint View]]
		+	<br>
-	====Cloth3====	+	====Hivoltagecomp5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Impact Proof	+	| colspan=3 style="font-style:italic" | Hivoltagecomp5
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 5532
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Hivoltagecomp5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Laser2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 56	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 9412
	|}		|}
		+	[[Blueprints#Laser2|Blueprint View]]
		+	<br>
-	====Baleen Filter====	+	====Magnetic Containment Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Wet Polycarbonate Adapter-Membranes	+	| colspan=3 style="font-style:italic" | Used for containment on machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Magnetic Containment Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Magnetic Proofing Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for proofing machines
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 64	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Magnetic Proofing Unit|Blueprint View]]
		+	<br>
-	====Cloth5====	+	====Mech1====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Therma Resistant	+	| colspan=3 style="font-style:italic" | Mech1
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 2932
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Mech1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Mech2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Mech2
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 72	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 5824
	|}		|}
		+	[[Blueprints#Mech2|Blueprint View]]
		+	<br>
-	====Clot Wrap====	+	====Mech3====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Biodegradable Chitosan-Treated	+	| colspan=3 style="font-style:italic" | Mech3
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 8716
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Mech3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Mech4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Mech4
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 200	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 11608
	|}		|}
		+	[[Blueprints#Mech4|Blueprint View]]
		+	<br>
-	====Comp1====	+	====Mech5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Electronic Component	+	| colspan=3 style="font-style:italic" | Mech5
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 14500
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Mech5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Mechanical Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 200	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 24768
	|}		|}
		+	[[Blueprints#Mechanical Manufacture Unit|Blueprint View]]
		+	<br>
-	====Comp2====	+	====Mendplate====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Bio-Electron Component	+	| colspan=3 style="font-style:italic" | Composite sheets containing gels in micro-capillary meshes, designed as honeycomb structure. Able to heal cracks, tears and ruptures to a certain degree.
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 676
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Mendplate|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Metal Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 308	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 68540
	|}		|}
		+	[[Blueprints#Metal Manufacture Unit|Blueprint View]]
		+	<br>
-	====Comp3====	+	====Metalore1unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Electronic Component	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Metalore1unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Metalore2unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 396	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Metalore2unit|Blueprint View]]
		+	<br>
-	====Comp4====	+	====Micro Assembly Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Electronic Component	+	| colspan=3 style="font-style:italic" | Assembles micro components
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 126760
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Micro Assembly Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Microcuttingunit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 384	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Microcuttingunit|Blueprint View]]
		+	<br>
-	====Comp5====	+	====Microsortingunit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Electronic Component (Optic)	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 126760
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Microsortingunit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+
		+
		+	====Mineral Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 432	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 10500
	|}		|}
		+	[[Blueprints#Mineral Manufacture Unit|Blueprint View]]
		+	<br>
-	====CPU1====	+	====Mixing Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | CPU Unit	+	| colspan=3 style="font-style:italic" | Mixes chemicals
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 192460
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Mixing Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Molding Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Molds materials into desired shapes
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 568	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Molding Unit|Blueprint View]]
		+	<br>
-	====CPU2====	+	====Nano Assembly Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | CPU Unit	+	| colspan=3 style="font-style:italic" | Assembles nano scale components
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Nano Assembly Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Optronic Manufacture Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 1488	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Optronic Manufacture Unit|Blueprint View]]
		+	<br>
-	====CPU3====	+	====Plastic Manufacture Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | CPU Unit	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Plastic Manufacture Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Pressmolder1unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 2440	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Pressmolder1unit|Blueprint View]]
		+	<br>
-	====CPU4====	+	====Pressmolder2unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | CPU Unit	+	| colspan=3 style="font-style:italic" | N/A
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Pressmolder2unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Printing Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 3384	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Printing Unit|Blueprint View]]
		+	<br>
-	====CPU5====	+	====Processing Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | CPU Unit	+	| colspan=3 style="font-style:italic" | Processes chemicals and fluids
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 192460
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Processing Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Quantum Manipulation Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 4740	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Quantum Manipulation Unit|Blueprint View]]
		+	<br>
-	====Cultivating Unit====	+	====Radiation Containment Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used for Growing Engineered Cultures	+	| colspan=3 style="font-style:italic" | Used for containment on machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Radiation Containment Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Radiation Proofing Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for proofing machines
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 22580	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Radiation Proofing Unit|Blueprint View]]
		+	<br>
-	====Cutting Unit====	+	====Refinedmineral1====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Cuts Ultra Durable Materials Into Shape	+	| colspan=3 style="font-style:italic" | Silicon
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 120
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Refinedmineral1|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Refinedmineral2====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Ceramicsdust
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 200
	|}		|}
		+	[[Blueprints#Refinedmineral2|Blueprint View]]
		+	<br>
-	====Dust Containment Unit====	+	====Refinedmineral3====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used for Containment on Machines	+	| colspan=3 style="font-style:italic" | Hitech metal
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 280
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Refinedmineral3|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Refinedmineral4====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Hitech metal
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 360
	|}		|}
		+	[[Blueprints#Refinedmineral4|Blueprint View]]
		+	<br>
-	====Dust Proofing Unit====	+	====Refinedmineral5====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Used for Proofing Machines	+	| colspan=3 style="font-style:italic" | Synthetic diamond
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 440
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Refinedmineral5|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Refining Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Refines materials and resources
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 78380
	|}		|}
		+	[[Blueprints#Refining Unit|Blueprint View]]
		+	<br>
-	====Elallaserunit====	+	====Lurch Bolt====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Extended multi-bundle polymers designed to spread tension, compression and shear. Lurch bolts are used in wall and floor segments, and are designed to handle earthquakes and structural shifts.
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 760
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Lurch Bolt|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Snap Joint====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Laser-hybrid polymer overlap welding. The most commonly used joining of dissimilar materials. Handles both metals and plastics.
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 2424
	|}		|}
		+	[[Blueprints#Snap Joint|Blueprint View]]
		+	<br>
-	====Electric Manufacturing Unit====	+	====Kesling Weave====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Nano-weaver capsule. Weaves metal together on nano-level by deploying bacteria factory and manipulating it with alternating radiation. Often used for connections in tight or difficult to access places.
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/20
		+	| 6204
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Kesling Weave|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Cottonplate====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Generic material for clothes, named so because it shares the qualities of softness, lightness, and comfort with terran cotton.
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 276
	|}		|}
		+	[[Blueprints#Cottonplate|Blueprint View]]
		+	<br>
-	====Electronic Manufacturing Unit====	+	====Sheetplate2====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Heavy, machines, steel
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 448
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Sheetplate2|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Sheetplate3====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Moldable, items, clothes
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 740
	|}		|}
		+	[[Blueprints#Sheetplate3|Blueprint View]]
		+	<br>
-	====Electro Pressurization Unit====	+	====Glassteel====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Glass like structure with high compression strength. Easy to
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 872
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Glassteel|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Creep Plate====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Mold, will break, rather than bend.
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 40	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/10
		+	| 1084
	|}		|}
		+	[[Blueprints#Creep Plate|Blueprint View]]
		+	<br>
-	====Fermenting Unit====	+	====Soldering Laser Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | An Essential Process in Many Biochemical Processes is Fermenting by Enzymes Breaking Chemical Bonds	+	| colspan=3 style="font-style:italic" | Stretch, will give or take a bit. Used in earthquake-secure wall
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 10192
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Soldering Laser Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Solid State Processing Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Structures, where it is able to flex to some extent
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 54580	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Solid State Processing Unit|Blueprint View]]
		+	<br>
-	====Filtering Unit====	+	====Sonoluminens Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
-	|-	+
-	| align="center" | Filters, Separating particles from substrate	+
-	|}	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" style="border-top:0px" | '''Quality'''	+
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | N/A
-	| align="center" | -/5	+	|- align=center
-	| align="center" | 3168	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Sonoluminens Unit|Blueprint View]]
		+	<br>
-	====Freezer1unit====	+	====Static Containment Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Used for containment on machines
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/5	+	| 40
-	| align="center" | 40	+
	|}		|}
		+	[[Blueprints#Static Containment Unit|Blueprint View]]
		+	<br>
-	====Freezer2unit====	+	====Static Proofing Unit====
-	====Freezer3unit====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Fusing(Welding) Unit====	+
-	====Genengineering Unit====	+
-	====Genmanipulationunit====	+
-	====Genmutationunit====	+
-	====Aldridge Gel====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | 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=3 style="font-style:italic" | Used for proofing machines
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Static Proofing Unit|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+	====Sterilizing Unit====
		+	{| border=1 cellspacing=0 cellpadding=5 width=500
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Sterilizes materials and chemicals
-	| align="center" | -/20	+	|- align=center
-	| align="center" | 144	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 78380
	|}		|}
		+	[[Blueprints#Sterilizing Unit|Blueprint View]]
		+	<br>
-	====Boe Filament====	+	====Vibration Containment Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | 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=3 style="font-style:italic" | Used for containment on machines
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/20	+	| 40
-	| align="center" | 344	+
	|}		|}
		+	[[Blueprints#Vibration Containment Unit|Blueprint View]]
		+	<br>
-	====Hongo Thread====	+	====Vibration Proofing Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | "Fungi Thread". Filaments of Encapsulated Native Mycofibres Wrapped Into Macro Polymer Thread. High Resistance to Both Organic and Inorganic Chemicals.	+	| colspan=3 style="font-style:italic" | Used for proofing machines
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/20	+	| 40
-	| align="center" | 444	+
	|}		|}
		+	[[Blueprints#Vibration Proofing Unit|Blueprint View]]
		+	<br>
-	====Hipressureunit====	+	====Viral Load Score====
-	====Hivoltagecomp1====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Hivoltagecomp2====	+
-	====Hivoltagecomp3====	+
-	====Hivoltagecomp4====	+
-	====Hivoltagecomp5====	+
-	====Laser2====	+
-	====Magnetic Containment Unit====	+
-	====Magnetic Proofing Unit====	+
-	====Mech1====	+
-	====Mech2====	+
-	====Mech3====	+
-	====Mech4====	+
-	====Mech5====	+
-	====Mechanical Manufacture Unit====	+
-	====Mendplate====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Composite Sheets Containing Gels in Micro-Capillary Meshes, Designed as Honeycomb Structure. Able to Heal Cracks, Tears and Ruptures to a Certain Degree.	+	| colspan=3 style="font-style:italic" | 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.
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/20
-	| align="center" | -/5	+	| 396
-	| align="center" | 244	+
	|}		|}
		+	[[Blueprints_T#The_Cayman_Method|Blueprint View (The Cayman Method)]]
		+	<br>
-	====Metal Manufacture Unit====	+	====Water====
-	====Metalore1unit====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Metalore2unit====	+
-	====Micro Assembly Unit====	+
-	====Microcuttingunit====	+
-	====Microsortingunit====	+
-	====Mineral====	+
-	====Mineral Manufacture Unit====	+
-	====Mixing Unit====	+
-	====Molding Unit====	+
-	====Nano Assembly Unit====	+
-	====Optronic Manufacture Unit====	+
-	====Plastic Manufacture Unit====	+
-	====Pressmolder1unit====	+
-	====Pressmolder2unit====	+
-	====Pressing Unit====	+
-	====Processing Unit====	+
-	====Quantum Manipulation Unit====	+
-	====Radiation Containment Unit====	+
-	====Radiation Proofing Unit====	+
-	====Refinedmineral1====	+
-	====Refinedmineral2====	+
-	====Refinedmineral3====	+
-	====Refinedmineral4====	+
-	====Refinedmineral5====	+
-	====Refining Unit====	+
-	====Lurch Bolt====	+
-	====Snap Joint====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Laser-hybrid Polymer Overlap Welding. The Most Commonly Used Joining of Dissimilar Materials. Handles both Metals and Plastics.	+	| colspan=3 style="font-style:italic" | One litre of H20
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/10
-	| align="center" | -/20	+	| 40
-	| align="center" | 480	+
	|}		|}
		+	[[Blueprints#Water|Blueprint View]]
		+	<br>
-	====Kesling Weave====	+	====Weaving Factory Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Nano-weaver Capsule. Weaves Metal Together on Nano-Level by Deploying Bacteria Factory and Manipulating it With Alternating Radiation. Often Used for Connections in Tight or Difficult to Access Places.	+	| colspan=3 style="font-style:italic" | Genetically engineered ants specifically designed to weave various fibers and fabrics according to blueprints
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/20	+	| 126760
-	| align="center" | 1776	+
	|}		|}
		+	[[Blueprints#Weaving Factory Unit|Blueprint View]]
		+	<br>
-	====Cottonplate====	+	====Wire And Jumper Kit Unit====
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	| align="center" | '''Description'''	+
-	|-	+
-	| align="center" | Generic Material for Clothes, Named so Because it Shares the Qualities of Softness, Lightness, and Comfort with Terran Cotton.	+
-	|}	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" style="border-top:0px" | '''Quality'''	+
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+
	|-		|-
-	| align="center" | N/A	+	| colspan=3 style="font-style:italic" | Electronic repair function
-	| align="center" | -/10	+	|- align=center
-	| align="center" | 60	+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| N/A
		+	| -/5
		+	| 40
	|}		|}
		+	[[Blueprints#Wire And Jumper Kit Unit|Blueprint View]]
		+	<br>
-	====Sheetplate2====	+	====Wiresplicer Unit====
-	====Sheetplate3====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Glassteel====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Glass Like Structure With High Compression Strength. Easy to	+	| colspan=3 style="font-style:italic" | Electronic repair function
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/10	+	| 40
-	| align="center" | 152	+
	|}		|}
		+	[[Blueprints#Wiresplicer Unit|Blueprint View]]
		+	<br>
-	====Creep Plate====	+	====Wiring Unit====
-	====Soldering Laser Unit====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Stretch, Will Give or Take a Bit. Used in Earthquake-Secure wall	+	| colspan=3 style="font-style:italic" | Assembles wiring according to blueprints
-	|}	+	|- align=center
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	| '''Quality'''
-	| align="center" style="border-top:0px" | '''Quality'''	+	| '''Quantity/Max'''
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+	| '''Base Value'''
-	| align="center" style="border-top:0px" | '''Base Value'''	+	|- align=center
-	|-	+	| N/A
-	| align="center" | N/A	+	| -/5
-	| align="center" | -/5	+	| 40
-	| align="center" | 3028	+
	|}		|}
		+	[[Blueprints#Wiring Unit|Blueprint View]]
		+	<br>
-	====Solid State Processing Unit====	+	===List of Research Components===
-	====Sonoluminens Unit====	+	----
-	====Static Containment Unit====	+	====Capillary Sample====
-	====Static Proofing Unit====	+	{| border=1 cellspacing=0 cellpadding=5 width=500
-	====Sterilizing Unit====	+
-	====Vibration Containment Unit====	+
-	====Vibration Proofing Unit====	+
-	====Water====	+
-	====Weaving Factory Unit====	+
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+
-	| align="center" | '''Description'''	+
	|-		|-
-	| align="center" | Genetically Engineered Ants Specifically Designed to Weave Various Fibers and Fabrics According to Blueprints	+	| colspan=3 style="font-style:italic" | Blood sample collected by pricking the skin
		+	|- align=center
		+	| '''Quality'''
		+	| '''Quantity/Max'''
		+	| '''Base Value'''
		+	|- align=center
		+	| 1
		+	| -/20
		+	| 2
	|}		|}
-	{| border=1 cellspacing=0 cellpadding=5 width=300	+	[[Blueprints#Capillary Sample|Blueprint View]]
-	| align="center" style="border-top:0px" | '''Quality'''	+	<br>
-	| align="center" style="border-top:0px" | '''Quantity/Max'''	+
-	| align="center" style="border-top:0px" | '''Base Value'''	+
-	|-	+
-	| align="center" | N/A	+
-	| align="center" | -/5	+
-	| align="center" | 32440	+
-	|}	+
-		+
-	====Wire And Jumper Kit Unit====	+
-	====Wiresplicer Unit====	+
-	====Wiring Unit====	+
-		+
-		+
	Return to [[Production]]		Return to [[Production]]

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Current revision

Contents 1 Components 1.1 List of Construction Components 1.1.1 Bioagent1 1.1.2 Bioagent2 1.1.3 Bioagent3 1.1.4 Bioagent4 1.1.5 Bioagent5 1.1.6 Chemcomp1 1.1.7 Chemcomp2 1.1.8 Chemcomp3 1.1.9 Chemcomp4 1.1.10 Chemcomp5 1.1.11 Chemical1 1.1.12 Chemical2 1.1.13 Chemical3 1.1.14 Chemical4 1.1.15 Chemical5 1.1.16 Chemical Containment Unit 1.1.17 Chemical Manufacture Unit 1.1.18 Chemical Proofing Unit 1.1.19 Cloth1 1.1.20 Cloth2 1.1.21 Cloth3 1.1.22 Cloth5 1.1.23 Clot Wrap 1.1.24 Comp1 1.1.25 Comp2 1.1.26 Comp3 1.1.27 Comp4 1.1.28 Comp5 1.1.29 CPU1 1.1.30 CPU3 1.1.31 CPU4 1.1.32 CPU5 1.1.33 Cultivating Unit 1.1.34 Cutting Unit 1.1.35 Dust Containment Unit 1.1.36 Dust Proofing Unit 1.1.37 Elallaserunit 1.1.38 Electric Manufacture Unit 1.1.39 Electronic Manufacture Unit 1.1.40 Electro Pressurization Unit 1.1.41 Fermenting Unit 1.1.42 Filtering Unit 1.1.43 Freezer1unit 1.1.44 Freezer2unit 1.1.45 Freezer3unit 1.1.46 Fusing(Welding) Unit 1.1.47 Genengineeringunit 1.1.48 Genmanipulationunit 1.1.49 Genmutationunit 1.1.50 Hongo Thread 1.1.51 Hipressureunit 1.1.52 Hivoltagecomp1 1.1.53 Hivoltagecomp2 1.1.54 Hivoltagecomp3 1.1.55 Hivoltagecomp4 1.1.56 Hivoltagecomp5 1.1.57 Laser2 1.1.58 Magnetic Containment Unit 1.1.59 Magnetic Proofing Unit 1.1.60 Mech1 1.1.61 Mech2 1.1.62 Mech3 1.1.63 Mech4 1.1.64 Mech5 1.1.65 Mechanical Manufacture Unit 1.1.66 Mendplate 1.1.67 Metal Manufacture Unit 1.1.68 Metalore1unit 1.1.69 Metalore2unit 1.1.70 Micro Assembly Unit 1.1.71 Microcuttingunit 1.1.72 Microsortingunit 1.1.73 Mineral Manufacture Unit 1.1.74 Mixing Unit 1.1.75 Molding Unit 1.1.76 Nano Assembly Unit 1.1.77 Optronic Manufacture Unit 1.1.78 Plastic Manufacture Unit 1.1.79 Pressmolder1unit 1.1.80 Pressmolder2unit 1.1.81 Printing Unit 1.1.82 Processing Unit 1.1.83 Quantum Manipulation Unit 1.1.84 Radiation Containment Unit 1.1.85 Radiation Proofing Unit 1.1.86 Refinedmineral1 1.1.87 Refinedmineral2 1.1.88 Refinedmineral3 1.1.89 Refinedmineral4 1.1.90 Refinedmineral5 1.1.91 Refining Unit 1.1.92 Lurch Bolt 1.1.93 Snap Joint 1.1.94 Kesling Weave 1.1.95 Cottonplate 1.1.96 Sheetplate2 1.1.97 Sheetplate3 1.1.98 Glassteel 1.1.99 Creep Plate 1.1.100 Soldering Laser Unit 1.1.101 Solid State Processing Unit 1.1.102 Sonoluminens Unit 1.1.103 Static Containment Unit 1.1.104 Static Proofing Unit 1.1.105 Sterilizing Unit 1.1.106 Vibration Containment Unit 1.1.107 Vibration Proofing Unit 1.1.108 Viral Load Score 1.1.109 Water 1.1.110 Weaving Factory Unit 1.1.111 Wire And Jumper Kit Unit 1.1.112 Wiresplicer Unit 1.1.113 Wiring Unit 1.2 List of Research Components 1.2.1 Capillary Sample

Components

Components are items used in production to make tools or other components. Quality of the components has not been fully implemented yet.

The price one pays to buy a component is the 10% over the base price, and the payment one gets when donating one is 10% under.

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

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List of Construction Components

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Bioagent1

Biological compound
Quality	Quantity/Max	Base Value
1	-/10	116

Blueprint View

Bioagent2

Biological compound
Quality	Quantity/Max	Base Value
1	-/10	208

Blueprint View

Bioagent3

Biological compound
Quality	Quantity/Max	Base Value
N/A	-/10	416

Blueprint View

Bioagent4

Biological compound
Quality	Quantity/Max	Base Value
N/A	-/10	600

Blueprint View

Bioagent5

Biological compound
Quality	Quantity/Max	Base Value
N/A	-/10	784

Blueprint View

Chemcomp1

Petri dish
Quality	Quantity/Max	Base Value
N/A	-/20	356

Blueprint View

Chemcomp2

Test tube
Quality	Quantity/Max	Base Value
N/A	-/20	1040

Blueprint View

Chemcomp3

Test tube
Quality	Quantity/Max	Base Value
N/A	-/20	1372

Blueprint View

Chemcomp4

Sterile testtube
Quality	Quantity/Max	Base Value
N/A	-/20	1504

Blueprint View

Chemcomp5

Testtube?
Quality	Quantity/Max	Base Value
N/A	-/20	2868

Blueprint View

Chemical1

Chemica
Quality	Quantity/Max	Base Value
N/A	-/10	116

Blueprint View

Chemical2

Chemica
Quality	Quantity/Max	Base Value
N/A	-/10	208

Blueprint View

Chemical3

Chemica
Quality	Quantity/Max	Base Value
N/A	-/10	300

Blueprint View

Chemical4

Chemica
Quality	Quantity/Max	Base Value
N/A	-/10	392

Blueprint View

Chemical5

Chemica
Quality	Quantity/Max	Base Value
N/A	-/10	484

Blueprint View

Chemical Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Chemical Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	86100

Blueprint View

Chemical Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Cloth1

Anti-raid props
Quality	Quantity/Max	Base Value
N/A	-/10	44

Blueprint View

Cloth2

Gas proof
Quality	Quantity/Max	Base Value
N/A	-/10	120

Blueprint View

Cloth3

Impact proof
Quality	Quantity/Max	Base Value
N/A	-/10	200

Blueprint View

Cloth5

Therma resistant
Quality	Quantity/Max	Base Value
N/A	-/10	360

Blueprint View

Clot Wrap

Biodegradable chitosan-treated
Quality	Quantity/Max	Base Value
N/A	-/5	416

Blueprint View

Comp1

Electronic component
Quality	Quantity/Max	Base Value
N/A	-/20	632

Blueprint View

Comp2

Bio-Electronic component
Quality	Quantity/Max	Base Value
N/A	-/20	956

Blueprint View

Comp3

Electronic component
Quality	Quantity/Max	Base Value
N/A	-/20	1332

Blueprint View

Comp4

Electronic component
Quality	Quantity/Max	Base Value
N/A	-/20	960

Blueprint View

Comp5

Electronic component (optic)
Quality	Quantity/Max	Base Value
N/A	-/20	1800

Blueprint View

CPU1

CPU unit
Quality	Quantity/Max	Base Value
N/A	-/20	1648

Blueprint View

CPU3

CPU unit
Quality	Quantity/Max	Base Value
N/A	-/20	6976

Blueprint View

CPU4

CPU unit
Quality	Quantity/Max	Base Value
N/A	-/20	11160

Blueprint View

CPU5

CPU unit
Quality	Quantity/Max	Base Value
N/A	-/20	16116

Blueprint View

Cultivating Unit

Used for growing engineered cultures
Quality	Quantity/Max	Base Value
N/A	-/5	78380

Blueprint View

Cutting Unit

Cuts ultra durable materials into shape
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Dust Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Dust Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Elallaserunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Electric Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Electronic Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Electro Pressurization Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Fermenting Unit

An essential process in many biochemical processes is fermenting by enzymes breaking chemical bonds
Quality	Quantity/Max	Base Value
N/A	-/5	192460

Blueprint View

Filtering Unit

Filters, separating particles from substrate
Quality	Quantity/Max	Base Value
N/A	-/5	12384

Blueprint View

Freezer1unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Freezer2unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Freezer3unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Fusing(Welding) Unit

Fuses and welds all kinds of materials
Quality	Quantity/Max	Base Value
N/A	-/5	38132

Blueprint View

Genengineeringunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Genmanipulationunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Genmutationunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Hongo Thread

"Fungi thread". Filaments of encapsulated native mycofibres wrapped into macro polymer thread. High resistance to both organic and inorganic chemicals.
Quality	Quantity/Max	Base Value
N/A	-/20	1308

Blueprint View

Hipressureunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Hivoltagecomp1

Hivoltagecomp1
Quality	Quantity/Max	Base Value
N/A	-/20	848

Blueprint View

Hivoltagecomp2

Hivoltagecomp2
Quality	Quantity/Max	Base Value
N/A	-/20	1656

Blueprint View

Hivoltagecomp3

Hivoltagecomp3
Quality	Quantity/Max	Base Value
N/A	-/20	2464

Blueprint View

Hivoltagecomp4

Hivoltagecomp4
Quality	Quantity/Max	Base Value
N/A	-/20	4000

Blueprint View

Hivoltagecomp5

Hivoltagecomp5
Quality	Quantity/Max	Base Value
N/A	-/20	5532

Blueprint View

Laser2

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	9412

Blueprint View

Magnetic Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Magnetic Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Mech1

Mech1
Quality	Quantity/Max	Base Value
N/A	-/20	2932

Blueprint View

Mech2

Mech2
Quality	Quantity/Max	Base Value
N/A	-/20	5824

Blueprint View

Mech3

Mech3
Quality	Quantity/Max	Base Value
N/A	-/20	8716

Blueprint View

Mech4

Mech4
Quality	Quantity/Max	Base Value
N/A	-/20	11608

Blueprint View

Mech5

Mech5
Quality	Quantity/Max	Base Value
N/A	-/20	14500

Blueprint View

Mechanical Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	24768

Blueprint View

Mendplate

Composite sheets containing gels in micro-capillary meshes, designed as honeycomb structure. Able to heal cracks, tears and ruptures to a certain degree.
Quality	Quantity/Max	Base Value
N/A	-/5	676

Blueprint View

Metal Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	68540

Blueprint View

Metalore1unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Metalore2unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Micro Assembly Unit

Assembles micro components
Quality	Quantity/Max	Base Value
N/A	-/5	126760

Blueprint View

Microcuttingunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Microsortingunit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	126760

Blueprint View

Mineral Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	10500

Blueprint View

Mixing Unit

Mixes chemicals
Quality	Quantity/Max	Base Value
N/A	-/5	192460

Blueprint View

Molding Unit

Molds materials into desired shapes
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Nano Assembly Unit

Assembles nano scale components
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Optronic Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Plastic Manufacture Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Pressmolder1unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Pressmolder2unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Printing Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Processing Unit

Processes chemicals and fluids
Quality	Quantity/Max	Base Value
N/A	-/5	192460

Blueprint View

Quantum Manipulation Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Radiation Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Radiation Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Refinedmineral1

Silicon
Quality	Quantity/Max	Base Value
N/A	-/10	120

Blueprint View

Refinedmineral2

Ceramicsdust
Quality	Quantity/Max	Base Value
N/A	-/10	200

Blueprint View

Refinedmineral3

Hitech metal
Quality	Quantity/Max	Base Value
N/A	-/10	280

Blueprint View

Refinedmineral4

Hitech metal
Quality	Quantity/Max	Base Value
N/A	-/10	360

Blueprint View

Refinedmineral5

Synthetic diamond
Quality	Quantity/Max	Base Value
N/A	-/10	440

Blueprint View

Refining Unit

Refines materials and resources
Quality	Quantity/Max	Base Value
N/A	-/5	78380

Blueprint View

Lurch Bolt

Extended multi-bundle polymers designed to spread tension, compression and shear. Lurch bolts are used in wall and floor segments, and are designed to handle earthquakes and structural shifts.
Quality	Quantity/Max	Base Value
N/A	-/20	760

Blueprint View

Snap Joint

Laser-hybrid polymer overlap welding. The most commonly used joining of dissimilar materials. Handles both metals and plastics.
Quality	Quantity/Max	Base Value
N/A	-/20	2424

Blueprint View

Kesling Weave

Nano-weaver capsule. Weaves metal together on nano-level by deploying bacteria factory and manipulating it with alternating radiation. Often used for connections in tight or difficult to access places.
Quality	Quantity/Max	Base Value
N/A	-/20	6204

Blueprint View

Cottonplate

Generic material for clothes, named so because it shares the qualities of softness, lightness, and comfort with terran cotton.
Quality	Quantity/Max	Base Value
N/A	-/10	276

Blueprint View

Sheetplate2

Heavy, machines, steel
Quality	Quantity/Max	Base Value
N/A	-/10	448

Blueprint View

Sheetplate3

Moldable, items, clothes
Quality	Quantity/Max	Base Value
N/A	-/10	740

Blueprint View

Glassteel

Glass like structure with high compression strength. Easy to
Quality	Quantity/Max	Base Value
N/A	-/10	872

Blueprint View

Creep Plate

Mold, will break, rather than bend.
Quality	Quantity/Max	Base Value
N/A	-/10	1084

Blueprint View

Soldering Laser Unit

Stretch, will give or take a bit. Used in earthquake-secure wall
Quality	Quantity/Max	Base Value
N/A	-/5	10192

Blueprint View

Solid State Processing Unit

Structures, where it is able to flex to some extent
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Sonoluminens Unit

N/A
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Static Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Static Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Sterilizing Unit

Sterilizes materials and chemicals
Quality	Quantity/Max	Base Value
N/A	-/5	78380

Blueprint View

Vibration Containment Unit

Used for containment on machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Vibration Proofing Unit

Used for proofing machines
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Viral Load Score

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.
Quality	Quantity/Max	Base Value
N/A	-/20	396

Blueprint View (The Cayman Method)

Water

One litre of H20
Quality	Quantity/Max	Base Value
N/A	-/10	40

Blueprint View

Weaving Factory Unit

Genetically engineered ants specifically designed to weave various fibers and fabrics according to blueprints
Quality	Quantity/Max	Base Value
N/A	-/5	126760

Blueprint View

Wire And Jumper Kit Unit

Electronic repair function
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Wiresplicer Unit

Electronic repair function
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

Wiring Unit

Assembles wiring according to blueprints
Quality	Quantity/Max	Base Value
N/A	-/5	40

Blueprint View

List of Research Components

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Capillary Sample

Blood sample collected by pricking the skin
Quality	Quantity/Max	Base Value
1	-/20	2

Blueprint View
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