A PXI based Highly Accelerated Stress Test System (HAST) for endurance testing of the X-Ray tubes used in medical applications. The system design integrated all the desired functionality and enabled the testing of two X-Ray units simultaneously and independently. It also helped the customer save one man-year of development efforts when compared to an alternative design.

Soliton developed a reliable machine vision system for the automated inspection of brake drum assemblies. The system helped to inspect attributes such as texture, glossiness, color and shade of the various components.

Soliton developed a full-featured, flexible and reliable test system to determine the mean-time-between-failure (MTBF) of a multi-output power supply unit

A PXI-based solution that helps to test the different component boards in a PC-based ultrasound machine. Two systems helped meet the entire throughput thereby helping the customer save 60% on initial investment and reducing the testing time from 3 hours to just 12 minutes

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