Virtual Tour
ABB IRB 340 FlexPicker
The ABB IRB 340 FlexPicker is a delta robot designed for high-speed pick and place tasks. Capable of 150 picks per minute, this parallel-arm Delta robot is well-suited for use in the electronic, food, and pharmaceutical industries.
Festo CP Factory
A comprehensive, modular and scalable factory model. It includes not only assembly lines, but also other areas such as production, lean production, logistics and quality assurance.
Festo CP Factory
A comprehensive, modular and scalable factory model. It includes not only assembly lines, but also other areas such as production, lean production, logistics and quality assurance.
SAWYER Robot
Sawyer is a collaborative robot model, which has a screen and a COGNEX camera integrated at the end of the manipulator. It has 7 different degrees of freedom of movement and a reach of 12.60 cm.
Indoor Localization System using POZYX UWB
Indoor localization systems using POZYX UWB (Ultra-Wideband) technology rely on small, low-power transceivers that communicate with each other to determine the position of objects or people within a confined indoor space.
Indoor Localization System using POZYX UWB
Indoor localization systems using POZYX UWB (Ultra-Wideband) technology rely on small, low-power transceivers that communicate with each other to determine the position of objects or people within a confined indoor space.
OMRON TM5M-700 Robot
Omron’s TM5M-700 collaborative robot is designed to work with both humans and machines. The programming of this robot is simple and intuitive using block diagrams.
UR5 Robot
This collaborative robot from Universal Robots is one of the first industrial collaborative robots. Its precision and payload capacity make it a very versatile system.
UR5 Robot
This collaborative robot from Universal Robots is one of the first industrial collaborative robots. Its precision and payload capacity make it a very versatile system.
YUMI ABB IRB 14000 Robot
ABB’s YUMI IRB 14000 is a collaborative dual-arm robot. This robot allows each arm to be controlled as if it had two individual controllers, allowing it to perform completely independent tasks.