Small batches, constant revisions and cryogenic tolerances: we build for how quantum hardware actually gets made.
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Mounting plates, radiation shields, vacuum cans and flanges, and vibration isolation frames. Machined to the tolerance a cold stage needs, with material traceability on every part.
Coax assemblies rated for cryogenic service, flex cables, attenuators, filters and bulkhead feedthroughs. DC wiring looms for both cold and room temperature runs, built per system rather than pulled from a catalog.
Circuit board assembly for signal generators, readout and bias electronics, built into chassis and integrated to the rack. Low noise DC supplies and current sources, where supply noise shows up directly in the measurement.
Power distribution for the compressors that cool the fridges, with switchgear, UPS, isolation transformers and power conditioning. Grounding and isolation schemes that keep facility noise away from the qubits, and packaged power for quantum systems going into data centers.
Ultra-high vacuum chambers, and fiber assemblies in enclosures that hold temperature and keep vibration out.
Cabinets and enclosures, assembled, burned in, and run through acceptance testing before anything ships.
Mounting plates, radiation shields, vacuum cans and flanges, and vibration isolation frames. Machined to the tolerance a cold stage needs, with material traceability on every part.
Coax assemblies rated for cryogenic service, flex cables, attenuators, filters and bulkhead feedthroughs. DC wiring looms for both cold and room temperature runs, built per system rather than pulled from a catalog.
Circuit board assembly for signal generators, readout and bias electronics, built into chassis and integrated to the rack. Low noise DC supplies and current sources, where supply noise shows up directly in the measurement.
Power distribution for the compressors that cool the fridges, with switchgear, UPS, isolation transformers and power conditioning. Grounding and isolation schemes that keep facility noise away from the qubits, and packaged power for quantum systems going into data centers.
Ultra-high vacuum chambers, and fiber assemblies in enclosures that hold temperature and keep vibration out.
Cabinets and enclosures, assembled, burned in, and run through acceptance testing before anything ships.
Engineering before the build. Feasibility studies, FEA, and design for manufacturability reviews on hardware that has never been built before.
Prototype and production under one roof. The team that builds the first article builds the tenth, which means the learning stays in the building.
Revision control that expects revisions. Changes are documented and acknowledged before they reach the floor, so what gets built is the current drawing rather than the one from six weeks ago.
Traceability on every part. Materials and components are traceable to the assembly, and every assembly is serialized. When a result does not reproduce, the hardware is not the variable you have to chase.
Send us what you have, at whatever stage it is at.
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