We build advanced testers for PCBAs and electro-mechanical products, on high-performance controllers for tasks too fast and too complex for a regular PLC. Our LabVIEW solutions, advice and courses back them up.
Talk to the founderSee case studiesFast, cost-effective test systems for PCBAs and electro-mechanical products. Our high-performance testers handle high-speed, complex and parallel tasks where standard PLCs are not fast or strong enough. We design the hardware, fixtures and software in-house.
Complex LabVIEW systems on various architectures: real-time, FPGA and desktop. We also review code, advise developers, teach LabVIEW and give expert opinions, for example for court cases.
Fast in-circuit and functional testers on high-performance controllers, for tasks beyond a regular PLC.
Custom machines that flash and program your parts quickly and reliably.
Test stations for products that combine electronics with moving parts.
Configurable camera inspection of PCBAs and electro-mechanical parts.
Complex, maintainable applications built by a certified developer.
Deterministic control, high-speed acquisition and data logging.
An experienced second opinion on your architecture, performance and code, including expert opinions.
Boards, firmware, sensors and housings made to fit your project.
Stream test and measurement data to your own cloud or database.
Hands-on training and guidance, from good habits to advanced architectures.
A control system for safety-critical railway infrastructure, built as a standalone hardware solution with no connection to any network.
A compact environmental test system that simulates temperatures from −20 °C to +40 °C, developed for a global leader in climate and energy technology. Very small, complex electronics and actuators let us fit several independent chambers into the size of a briefcase.
Fast, cost-effective testers for electronics, manufactured by us for leading companies in Austria and Slovenia. A few hundred tests run in a few seconds.
An end-of-line tester for an automotive camshaft sensor, built for an industrial partner. The in-circuit and the functional test are merged into one station and finish in about 10 seconds.
A family of compact benchtop stations for appliance control boards: they flash the firmware, test the relays and the power, and print the label. One LabVIEW application runs them all.
Universal inspection software that the user configures for a particular part, whether a PCBA or an electro-mechanical product. Used by partners in PCBA manufacturing, LED lighting manufacturing and the automotive sector.
Electronics for railway trackside systems: we service and renew rockfall and landslide detection, and we keep old systems running when their sensors are no longer made.
Over the years we have developed for partners all around the globe, from heating to automotive, aerospace and railway. Versarum is run by its founder, a certified programmer and developer, and takes on larger projects together with trusted partner companies.
We keep improving a solution until the customer is more than impressed, and every challenge adds to what we know. The higher the challenge, the greater the passion.
We choose the technology that fits the task. Sometimes that’s a multi-core processor, an FPGA or a real-time system. Sometimes it’s a simple, well-proven design with very few bugs, which is exactly what a robust product needs.
A customer once asked for a datalogger that records events in the microsecond range. We built one in nanoseconds, and they called it nonsense. A year later they phoned to say thank you: without it, they could not have diagnosed their problem.
Founder and head of R&D
I build the electronics and software that test, control and protect real systems. I founded Versarum in 2013 and run it myself, with trusted partner companies on the larger projects.
I studied electronics at the Faculty of Electrical Engineering, University of Ljubljana, and started with LabVIEW as a student researcher in the biocybernetics laboratory. I was an NI LabVIEW Student Ambassador for Slovenia and Croatia, teaching students and engineers, and an applications engineering intern at NI in Budapest, supporting customers in the region.
Recent work includes a full control system for a hump marshalling yard with hot-swap redundancy, a universal PCBA tester that runs hundreds of measurements in seconds, a Peltier thermal simulator that reaches −20 °C, and a 1960s rockfall-detection transmitter repaired and back on the track in five days.
I am an NI Certified Professional Instructor and LabVIEW developer. If standard PLCs and off-the-shelf testers cannot solve your testing, control or legacy-electronics problem, send me a message.
Talk to the founderSend us a few lines about what you want to build or improve. I will reply personally.
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