Indoor GPS system capable of tracking active tags with an accuracy of 50 cm. These tags can be attached to any device, component, tool, or even a person.
Collaborative robotic arm, which enables the development, testing, and validation of human-machine collaborative workflows.
A measuring device suitable for skin resistance measurement, which is used, among other things, to assess cognitive load.
Product tracking system with simple and inexpensive passive tags.
Devices suitable for measuring heart rate, used in relation to assessing work-related stress.
Full human movement tracking from a top-down camera view, for the purpose of ergonomic and performance evaluation, while ensuring compliance with ethical standards and human rights.
A hand-mounted accelerometer sensor.
A hand gesture tracking sensor used in virtual reality environments.
Virtual reality headset.
A unique educational production line with intelligent measurement and intervention units. In our lab, we created a food industry case example, for which we also implemented a Digital Twin representation of the production.
A capability assessment tool provided by Practiwork Zrt, capable of assessing physical abilities as well.
An open-source data collection system that ensures rapid digitalization, even in industrial environments.
An integrated maintenance system connected to our Festo production line, supported by data from the Digital Twin.
An assembly board adapted from cable harness manufacturing, on which automation, ergonomics, and collaboration techniques can all be tested and validated.
We have a three-color Andon light system set up on the Festo production line.
Custom-designed for rapid prototyping, suitable for small-scale production.