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Test systems support from NI's Partner of the Year.


Local data-acquisition expertise.  Michigan-based build capabilities.

Whether you have a bench-top experiment or need a full loading machine, the Certified LabVIEW Architects in Raleigh help lab managers and test engineers select instrumentation, write test controller software, and maintain fielded systems in 3 important ways:

Certified LabVIEW Architect1. Source code.  If you or your team is familiar with LabVIEW, you will have the ability in-house to make modifications to your custom test controller software.

2. Common test platform.  We've spent 1,000 hours just getting our Raleigh LabVIEW framework ready for your project.  Benefit from integration with the latest standard products from National Instruments and modular design conventions which are compliant with automotive and aerospace best-practices.

3. TestScript.  It is typical for Python-and-LabVIEWcustom, on-the-fly sequencing challenges to surface down the road, so the Raleigh team has invented TestScript, the world's only bi-directional Python-LabVIEW connector.  TestScript will allow you to control your LabVIEW application from a simple scripting interface.  And the best part? It's free for everyone.

cRIO-9039 with modules

Your test system will typically include the latest data acquisition, real-time, and FPGA technologies from National Instruments such as cDAQ, cRIO, and PXI, which we've used to help a variety of companies gain test insight through projects like these:

  • Life test control console for a prototype 3-phase space motor
  • Monitoring and data-logging console for a nuclear reactor
  • Machine for device impact loading and a console for HASS chamber control to test an aircraft cargo lock (actuator) used in military aerial deployment; both feature cloud database storage
  • Controller for a counterpulsation medical device prototype that integrated high speed servo control on a cRIO, an ECG measuring add-on board for sbRIO, and touch-panel HMI
  • Test controller for a patient-chilling medical device:  a 4-up station is controlled by cRIOs running 6 control loops each.
  • Aerospace ECU design verification (more than 1000 XNET/CAN signals, synchronized DAQ, dynamometer control, and scripting)
  • Recreational vehicle fuel injector and pump test controller (6-up durability station and characterization station)
  • Test controller design and support for aerospace fuel control and LVDT components
  • Municipal water pump test controller interfacing to fixed speed and VFD controlled motors up to 2000 HP
  • Pipe inspection real-time measurement system featuring sonar, LiDAR, camera, IMU, and analog sensor acquisition, live display, logging, and an extensive analysis system using data science techniques such as the Hough transform, percentile filters, shape intersections, and interpolations


The next step is easy.  Click below to reserve a calendar time to discuss your project.  We look forward to it.

Schedule a Call with  the Raleigh Office

Featured Product by Raleigh Team

TestScript:  Free Python/LabVIEW Connector

Use a simple Python script to automate commands on your LabVIEW manual control screen or use LabVIEW to run Python scripts.

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Featured Raleigh Blog Post

Avoiding Race Conditions with LabVIEW Programming

Learn how to avoid race conditions in software by using semaphores in LabVIEW to gate access to a resource.

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