Non-invasive kits
Capture high‑fidelity data in places where conventional DAUs can’t reach—without drilling, heavy harnessing, heavy wiring and with minimum downtime. Our ultra‑compact, rugged acquisition cells clamp onto structures, stream data wirelessly and scale from a handful of points to hundreds across the unit under test. Deploy in minutes, remove with no trace, and keep your program on schedule.
Non-invasive, non-intrusive instrumentation
Advanced instrumentation designed to accurately gather critical test data without modifying existing structures or disrupting operational system integrity.
Non-invasive, non-intrusive instrumentation
Advanced instrumentation designed to accurately gather critical test data without modifying existing structures or disrupting operational system integrity.
Ultra-compact wireless rugged kits
- Ultra‑compact acquisition cells fit constrained spaces (≈24 mm Ø, ~75 mm length, <70 g) and attach with reversible clamps.
- Non‑invasive, no‑impact installation—no drilling and minimal or no harnessing. Install/remove rapidly to minimise downtime.
- The cell allows to be located in close proximity to the sensor (temperature, torque, strain, vibration, etc.), greatly reducing the required wiring to the sensor.
- Wireless configuration/streaming + local recording. Controllers also support USB or PoE and low‑power battery/wired operation.
- Scales from one to hundreds of nodes. Operate standalone (GUI pad) or integrate into a broader acquisition network.
- Built for harsh, challenging environments—ideal for troubleshooting, final‑assembly/acceptance checks, and quality verification.
Automotive testing
- Case objective: Add temporary instrumentation to powertrain during dyno and track tests to accelerate troubleshooting and quality checks—no re‑wiring or drilling.
- Other information: Ultra‑compact nodes reach tight hotspots under hood and underbody; clamp‑on, reversible mounting. Wireless/USB/PoE controller options integrate with existing test rigs; local recording adds redundancy. Deploy dozens of nodes quickly; cut harness weight and reduce failure points from long cable runs. Suited for end‑of‑line acceptance, acoustic checks, and thermal mapping.
Maritime MRO
- Case objective: Rapidly instrument sealed cylindrical launcher assemblies on naval platforms during dock‑side checks to capture vibration/pressure/thermal behavior—without structural modification.
- Other information: Clamp‑on micro data acquisition cells conform to curved metallic surfaces; installs/removes in minutes, leaving no trace. Battery operation and local recording ensure data capture where RF is intermittent; wireless sync/streaming when available. Rugged design supports operation in challenging maintenance environments common to maritime platforms. Scale across multiple compartments to cross‑correlate measurements—without adding heavy harness weight.