Instruments engineered around your noise budget.
Four product families, each built to remove a specific class of measurement uncertainty from your experiment.
Ultra-Low-Noise Instrumentation
Engineered for sub-nanovolt and femtoampere detection floors, ensuring precise characterization of novel materials without introducing unwanted thermal or electrical energy to the sample.
- Sub-nV input-referred noise
- Femtoampere current floors
- Thermal-EMF managed front-ends
Deterministic Timing & Control
Sub-nanosecond channel-to-channel synchronization and ultra-low phase noise — essential for scalable qubit manipulation, spin resonance, and time-resolved spectroscopy.
- Sub-ns channel sync
- Ultra-low phase noise clocking
- Hardware-deterministic sequencing
Research-Ready Automation
Native integration with Python, MATLAB and LabVIEW, supported by open API frameworks to embed seamlessly into automated experimental control loops and open-source physics repositories.
- Open SDK & REST API
- Driver-level Python bindings
- MATLAB & LabVIEW toolkits
Synchronized Industrial Automation
Machine-vision based gauging systems for accurate measurement of components. Parts are placed manually on a stage illuminated by a controlled light source — synchronized capture, sub-pixel metrology.
- Telecentric optics ready
- Sub-pixel dimensional metrology
- Synchronized illumination & capture
Custom builds & integration
Most labs don't fit a catalog. Tell us about the experiment — sample temperature, signal bandwidth, channel count, host software — and we'll spec the instrument around it.
Discuss your setup