Electroforming replicates mandrel patterns to align scorelines and microtexture, eliminating tool wear and ensuring USGA compliance.
An electroforming master uses a thin oxide film to enhance adhesiveness between the substrate and the deposited material.
Hybrid photolithography and two-photon polymerization create watchmaking component masters with complex three-dimensional structures.
A metal foil distributor plate uses electrochemical coating to form fluid channels.
Template electrodeposition creates crystalline and amorphous microsandwich structures with high specific strength.
Metal stud contacts reduce infrared detector footprint, resolving scaling constraints in focal plane arrays.
Binder resin stabilizes microparts on a conductive substrate, enabling simultaneous face machining without handling defects.
Alkali metal hydroxide molten salt decomposes cured epoxy templates below 350°C, preserving fine-scale structural properties of deposited metals.
A capacitive sensor determines printhead distance relative to a cathode in an electrochemical deposition system.