Quantum & Cold-Atom Hardware
UHV systems, ion-trap mounts, dilution-fridge brackets, and cold-atom hardware in titanium and specialty alloys.
Relevant Work
Component work where optical alignment, piezo motion, thermal behavior, and UHV material requirements overlap. The piezo subassembly heritage informs how we approach mounting stiffness, thermal paths, and material cleanliness for the same customer base.
Quote Inputs
- •Non-magnetic material options for ion-trap and trapped-atom environments.
- •Thermal-management features: mass, fin patterns, contact paths, and cold-side mounting.
- •Low-outgassing assembly requirements, cleanliness notes, and packaging constraints.
Parts We Quote
Representative scope for drawing-based RFQs.
Ion-Trap Mounts
UHV-compatible titanium mounts for trapped-ion experiments and quantum-computing hardware.
Dilution-Fridge Brackets
Structural brackets and mounting hardware for cryogenic experiment platforms.
UHV Systems
Chamber assemblies and adjacent titanium hardware for cold-atom experiments.
Optical-Bench Hardware
Bridges, posts, and breadboard mounts where titanium offers a thermal or magnetic advantage.
Ion-trap mount or fridge bracket?
Drop the ion-trap mount, cryo bracket, or chamber drawing into an RFQ. We will come back with material, cleanliness, and lead-time assumptions in the quote.
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