Robotics Companies in Germany

Industrial robots and automation systems for manufacturing

AI-powered cognitive robots for collaborative industrial automation

Application technology for precise industrial spray and coating

Autonomous retail and warehouse robots for shelf scanning, inventory control, and customer assistance with AI vision.

Motion plastics and low-cost automation for industrial robotics

Autonomous mobile robot platforms for industrial and field applications

Dispensing robots and digital selling solutions for pharmacies.

Automation and bionic robotics for industrial motion control

Advanced humanoid and mobile manipulation robotics research

Autonomous floor-scrubbing robot for medium to large spaces

Physical AI for warehouses and manufacturing

Industrial exoskeletons and digital ergonomics for physically demanding work

Innovative signalling technology and safety solutions for industry

AI-driven robotics and automation solutions for industry

Aktive Exoskelette für Rücken, Schultern und den industriellen Einsatz

Force-sensitive collaborative robots for research and industry

Research center for intelligent systems, software, and robotics

Precision dispensing systems for microdispensing automation

Europe’s first open-source, ready-to-ship humanoid robot platform designed for real-world work, learning, and care.

Intelligent transport in assembly and material flow

Ceiling-mobility robotics for unrestricted movement in all directions

Automation, robotics and production systems for industrial manufacturing

AI exoskeletons for physically demanding industrial work

Autonomous scrubber-driers for efficient industrial floor cleaning

Intralogistics solutions for material handling, warehousing and automation

Collaborative humanoid assistant robot for industrial environments

Battery-powered lifting robot for safer vertical material transport

Saugroboter, dem Reinigungskräfte vertrauen

TUM’s Chair of Applied Mechanics develops the humanoid research robot LOLA, an electrically actuated platform with 26 distributed joints, 68 kg weight, and 176 cm height for research on legged locomotion and dynamic multi-contact walking. TUM’s Intelligent Autonomous Systems group also built TUM-Rosie as a robotics system for autonomous interaction and manipulation research.

Flexible automation and robot tooling for industrial production

3D stereo cameras for robotics, logistics, and factory automation.

Control-cabinet-free automation and industrial PC-based control systems.

Robotic painting systems for high-volume automotive paint shops

Innovative transport robots for production and warehouse logistics

German UAV systems for reconnaissance and surveillance missions

Research and development for robotics and automation systems

The Better Way To Garden

Engineering for a better world

Leading specialist in intralogistics and building materials automation with omnidirectional AGVs for global manufacturing efficiency.

Modular drive systems for AGV/AGC integration

Autonomous mobile robots for e-commerce, fashion, and logistics

Automated guided vehicles and intralogistics solutions

Affordable adult-sized 3D-printed open-source humanoid robot for research and RoboCup competitions

Ergonomic exoskeletons and prosthetics for industrial and medical use

3D printing solutions for faster, cost-effective construction

Autonomous aerial intelligence for mapping, inspection and defense

Make industrial automation more accessible, affordable, and adaptable.

Robotic lawn mowers that give you a beautiful, green lawn and more time for yourself

Founded in 2000, Roboscreen GmbH is a company with a high proportion of research and development focused on diagnostic tests to identify and treat diseases in humans. Our goal is to provide technically high-quality solutions for simple and inexpensi…

RPTU's Robotics Research Lab (RRLab) at Rheinland-Pfälzische Technische Universität Kaiserslautern-Landau (RPTU) in Germany developed the mobile robot ARTOS for indoor use in assisted living scenarios. Initially designed for transport tasks, it was improved for semi-autonomous teleoperation to assess situations and detect emergencies. With a proper internet-enabled wireless ethernet connection, the robot can be accessed over Skype for human-to-human interaction.