Lola Institute designs and integrates robotic manipulators of various payload capacities and application domains, ranging from compact desktop educational systems to industrial robotic cells for manufacturing environments. Particular emphasis is placed on in-house technologies that provide a high degree of flexibility, independence from commercial platforms, and adaptation to specific user requirements.
The Institute's robotics portfolio includes custom-designed robot controllers based on open-architecture control software, enabling the integration of diverse robotic systems, peripheral devices, and advanced control algorithms. For robot programming, the Institute has created L-IRL (Lola Industrial Robot Language), a dedicated programming language tailored to industrial and research applications. In addition to conventional programming approaches, the Institute has introduced innovative solutions based on Extended Reality (XR) technologies. XR-supported interactive robot programming enables more intuitive human–robot interaction through direct visualization of the workspace and robotic tasks within a real-world environment.
Key Technologies:
- Industrial, collaborative, and educational robotic manipulators
- Custom-designed open-architecture robot controllers
- L-IRL (Lola Industrial Robot Language)
- XR-supported interactive robot programming
- Digital twins and virtual validation of robotic processes
