Test and measurement requirements differ sharply between sectors. An aero-engine test cell needs deterministic control and traceable calibration; a production line needs short cycle times and serial-number traceability; a research laboratory needs flexibility to change the experiment next month. We build to the conventions, documentation expectations and review processes of each industry we serve.
Our methods carry across industries. Tell us what you need to measure, test or control.
Engine test cell acquisition and control, avionics LRU integration rigs and small gas turbine test facilities.
Marine gas turbine test house upgradation, radar subsystem configuration and monitoring, and ground support test equipment.
End-of-line and functional test benches, robot fleet condition monitoring and traction system test automation.
Monopropellant thruster test applications, research laboratory instrumentation and acquisition for experimental rigs.
Special purpose machines and SPM test rigs, vision inspection and measurement systems, and plant data acquisition.
Functional, boundary-scan and end-of-line test for PCBA and module production, with fixture design and line-side data reporting.
Teaching and research laboratory setups — acquisition rigs, experiment control, remote lab access and training for faculty and students.
FPGA-based control and acquisition on CompactRIO-9039 across three test beds plus spares, with custom control and relay panels, connectors and a complete harness set.
Workstation data acquisition system covering 60–70 online-calibrated parameters, with TVC cycle counting, engine running timer and automatic run logging, installed and integrated on site.
IO TestBench and NI PXI replaced an 18-hour manual functional test with a 4-hour automated sequence, supporting a production rate of 8 units per week.
