Cryogenic control
Quantum measurement, redefined
Measure the signals that shape the quantum future.
Qalmar builds precision cryogenic measurement systems that make the invisible behavior of quantum devices and advanced materials clear.
Low noiseSignal-first architecture
Multi-modalImaging + transport
CryogenicBuilt for deep cold
Field response
nm-scale context 01.7
Q
01 / Platform
One platform.
A fuller picture.
Connect magnetic structure, electrical behavior, and cryogenic conditions in a single measurement workflow.
Magnetic imaging
See signals others miss
High-sensitivity magnetic imaging reveals local behavior with the spatial context needed to understand complex devices.Quantum devices
Metrology made for the chip
A unified workflow for electrical transport, magnetic response, and precision diagnosis of quantum hardware.From environment to evidence
01 Prepare
02 Measure
03 Map
04 Understand
02 / Applications
Built for the questions at the edge of measurement.
Move from a single reading to a spatially resolved view of device behavior—without stitching together a fragile chain of instruments.
Tell us what you need to see01
Quantum chip diagnostics
Localize non-uniformity, trapped flux, and unexpected magnetic response before they become system-level uncertainty.
02
Superconducting devices
Connect electrical transport with magnetic structure across devices, materials, and operating conditions.
03
Advanced materials
Explore weak local signatures and emergent behavior with the sensitivity and stability deep-tech research demands.
03 / Company
Instrument confidence into every measurement.
Qalmar brings cryogenic engineering, precision sensing, and measurement science into one focused platform—so teams can spend less time managing the setup and more time understanding the device.
ClarityResults that connect directly to the physical system.
ControlA stable, integrated environment for delicate signals.
ContinuityFrom experimental question to repeatable workflow.
Start a conversation
What do you need
to measure next?
Tell us about the device, signal, or experimental constraint. We’ll help frame the right measurement approach.
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