Programmable Purification Membrane

Market group: Fertigung & Forschung > Komponenten > Schutzkomponenten

Inventory group: Bedarfsartikel > Konstruktionskomponenten

Market

View on:

Basic

Mass:: 0 kg
Packaged volume:: 8,000 m³
Portion size:: 1

Manufacturing

Blueprint:: Programmable Purification Membrane Blueprint

Output Programmable Purification Membrane:

Manufacturing time:

2h 13m 20s

Copy time:

1h 46m 40s

Material research:

52m 30s

Time research:

52m 30s

View on:

Engineering Rig

Source rigs:: Standup L-Set Advanced Component Manufacturing Efficiency I
Standup L-Set Advanced Component Manufacturing Efficiency II
Standup XL-Set Structure and Component Manufacturing Efficiency I
Standup XL-Set Structure and Component Manufacturing Efficiency II
Standup M-Set Advanced Component Manufacturing Material Efficiency II
Standup M-Set Advanced Component Manufacturing Material Efficiency I
Standup M-Set Advanced Component Manufacturing Time Efficiency II
Standup M-Set Advanced Component Manufacturing Time Efficiency I
Standup XL-Set Thukker Structure and Component Manufacturing Efficiency
Standup M-Set Thukker Advanced Component Manufacturing Material Efficiency
Standup L-Set Thukker Advanced Component Manufacturing Efficiency
Upwell C3FIL Outpost Rig
Upwell C2LF Outpost Rig
Upwell C3LIF Outpost Rig
Upwell C3LF- Outpost Rig
Upwell C3LFI Outpost Rig
Upwell C3FLI Outpost Rig
Upwell C3L-F Outpost Rig

Reprocessing

Portion size:: 1

Output	Quantity
Gel-Matrix Biopaste	300
Hermetic Membranes	100
Morphite	1,500

Basic reprocessing, not accounting for skills and other bonuses.

Industry

Adam4Eve Material Influence

Type Info

Type ID:: 57480
Base price:: 10.00m ISK
Group ID:: Konstruktionskomponenten
Icon ID:: 24628
Market group ID:: Schutzkomponenten
Published:: true
Radius:: 1 m
Volume:: 8,000 m³
Reference Data:: View JSON
ESI:: View JSON
SDE:: View JSON

Description

Programmierbare Aufbereitungsmembranen sind fortschrittliche biotechnologische Komponenten, die in Anwendungen mit hochkomplexen pharmazeutischen Chemikalien eingesetzt werden. Die auf Basis der hermetischen Membrantechnologie entwickelten PAMs eignen sich als Dichtungen, Filter und Durchflusskontrollmechanismen, die auf die Bioprogrammierung in den Geräten, in denen sie eingesetzt werden, reagieren.