Soliton developed a cost-effective instrumentation and control system for an inertial dynamometer used for test brake linings.

A PXI-based application that helped integrate different Non Destructive Testing (NDT) techniques in a modular fashion for the testing of thin rods. The rods were inspected using different sensors and the application software enabled the fusion of data from different sensors and provided an integrated map of the object under inspection.

A PC based solution that allows the production testing of sophisticated tables used in the medical imaging machines, to position patients. The solution was highly compact in comparison to the gantry used earlier and offered a cost reduction of more than 50%

Soliton Technologies developed a flexible and robust automation system to calibrate a wide variety of analog speedometers in the assembly line of an automotive dashboard instrument manufacturer.

Soliton developed a reliable and cost-effective system to perform the multi point calibration and inspection of multiple gauges in a modern electronic instrument cluster.

An automated optical inspection system that is used for detecting, quantifying and classifying the surface defects on the X-Ray ceramic matrices.

Soliton developed a reliable supervisory control system to monitor the numerous distributed ovens that are operated round the clock and record the process values. The system also provided safety shutdown on any oven showing signs of faulty operation.

Soliton developed a cost-effective system to plot and verify the dynamic characteristic curves of a three-terminal electronic device.

Soliton developed a LabVIEW based system to monitor X-ray tube spits (arcing) and to raise an alarm if the number of spits exceeded a user specified limit