Modular robotics

Gear unit assembly
By using modular concepts, different types of gearboxes, such as planetary gearboxes, strain wave gearboxes or worm gearboxes, can be flexibly integrated into automation systems. The modular specification of gearbox assemblies makes it possible to expand and customise automation step by step. Companies can add additional modules to improve the functionality of their robotic systems without having to start from scratch. They offer precision, versatility and adaptability to help companies develop efficient, cost-effective yet powerful automation systems.

ReBeL® strain wave gear
The ReBeL® strain wave gear is characterised by its innovative design and versatility. It combines precision and robustness to ensure reliable motion control. New modules can be seamlessly integrated into existing systems to extend functionality or meet application requirements. This promotes agility and enables companies to respond to changing production needs. It offers precision, robustness and versatility to help companies develop cost-effective automation solutions that still offer high performance and reliability.

Apiro® Starter Kit
The Apiro® Starter Kit is designed to make it easier for companies to get started with automation. It consists of various components such as gearboxes, rails, bearings and drives, which can be combined with each other to realise a wide range of motion solutions. This modularity enables companies to familiarise themselves with automation step by step and adapt their systems as required. A particular advantage of the Starter Kit is its user-friendliness. It offers an integrated solution that enables companies to immerse themselves in the world of robotics without in-depth expertise.

Combine the individual assemblies as you need them

Module interoperability is based on the fact that individual modules, be it robot arms, drive systems, grippers or sensors, are designed in such a way that they can interact harmoniously with each other. Thanks to standardised interfaces and communication protocols, these assemblies can be developed independently of each other and yet combined effortlessly. This creates a modular principle that allows companies to assemble specific robot solutions from different components. This enables a rapid response to market changes or the introduction of new products. Companies do not have to develop new robots from scratch every time, but can reuse existing assemblies. Overall, the "maximum freedom through assembly interoperability" represents a turning point in modular robotics. This approach opens up a world of possibilities in which companies can design their automation solutions exactly according to their needs.