3D Glass Ion Traps for Quantum Computing
Monolithic fused-silica 3D ion traps with metallized electrodes and optical features via femtosecond laser writing.
Quantum devices · In catalog
Glass micromachined traps and photonic structures for quantum sensing applications.
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Glass Ion Traps for Quantum Sensing is a component listed by FEMTOprint in Sensing & readout. Glass micromachined traps and photonic structures for quantum sensing applications.
Availability is listed as in catalog. No key specs are published on this listing. Tags on the listing: euroquic-member.
The quote button opens the supplier's page for this product. A quote continues on the supplier site. SourceQuanta does not take the quote. The listing was updated 2 Oct 2026.
Request quote on supplier siteOpens in a new tabGlass Ion Traps for Quantum Sensing is filed under Sensing & readout. Sensors and readout chains: SNSPDs, TESs, Josephson paramps, amplifiers, and related detectors for quantum experiments. The same listing is also filed under Quantum devices.
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Monolithic fused-silica 3D ion traps with metallized electrodes and optical features via femtosecond laser writing.
Quantum devices · In catalog

Ultra-low-noise floating-input I/V converter, gain 10⁵–10⁹ V/A, for dilution-fridge current readout.
Sensing & readout · Contact supplier
part_number: SP983c · gain: 10^5 to 10^9 V/A · lpf_cutoff: 30 Hz to 100 kHz

1 MHz true-differential voltage preamp with ultra-low noise and actively stabilized offset drift (<0.3 μV/K).
Sensing & readout · Contact supplier
part_number: SP1004 · bandwidth: 1 MHz · gain: 100 to 10000

Stable cryostat microscope head with LED, camera, focus, and tilt control for live imaging of the cold chip.
Sensing & readout · Contact supplier
features: LED, camera, focus control, 2-axis tilt control · objective: Mounted inside cryostat if needed · field_of_view: Depends on optical path length inside cryostat

Custom cryogenic DC/RF probe cards (>100 DC, tens of RF) designed and validated for low-temperature probing.
Sensing & readout · Custom
dc_probes: > 100 · rf_probes: tens · customization: Number, arrangement, and properties match bonding pad layout
Silicon SPAD single-photon detector module for 375–1000 nm with free-space or fiber coupling.
Sensing & readout · In catalog
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