01 / Electrochemical manufacturing
Prepare
Define the surface, feedstock and chemistry.
Adhesion and composition begin with preparation. A conductive surface, seed or other explicit deposition mechanism is required.
Electrochemical manufacturing
Move metal into a useful shape.
Explore a manufacturing toolbox that coats, grows, removes and recovers metal through controlled electrochemistry.
Design and research · public preview
Electrodeposition / system sketch
How it works
Follow the system.
One part at a time.
Select a part to see its role, the decisions behind it, and what still needs evidence.
02 / Electrochemical manufacturing
Grow
Deposit a coating or a self-supporting form.
Electroplating and electroforming serve different purposes. Charge affects deposited mass; current distribution and transport affect where that mass grows.
03 / Electrochemical manufacturing
Shape locally
Control addition, removal or a prepared joint.
Selective plating, meniscus-confined writing and electrochemical machining need their own geometry and flow controls. A visible metal bridge does not establish joint strength.
04 / Electrochemical manufacturing
Recover
Track what can return to the process.
Recovery and electrorefining need composition control, purification and a mass balance. Mixed scrap is not automatically a precision-manufacturing feedstock.
Design principles
What guides the work.
Process-specific evidence
Keep plating, electroforming, removal and joining claims distinct.
Geometry matters
Corners, recesses, wetting and gas pockets change growth.
Measure useful output
Compare throughput, finishing, energy and recoverable waste together.
Project status
Know where
the work stands.
Research and proposed process architecture. Strength, pressure capability, dimensional accuracy and recycling yield require evidence for the actual material and process.
Source and project notesThe source repository requires authorized access. This public page contains a curated explanation and original schematic illustrations.