Contact us: +49 (0) 4121 789 796-1 info@graspmonkey.de
Robotics of Tomorrow
Robotics is undergoing a revolution. We solve your challenges with tomorrow's technologies.
From simulation to physical AI to humanoid robotics – we get your projects up and running.
We give your robots hands and tools
grasp monkey combines engineering expertise with the latest possibilities in simulation, vision, dexterous hands, and physical AI. We solve your tasks - pragmatically, quickly, and with the best available technology.
Whether classic end-of-arm tooling or AI-supported motion planning: With us, you get solutions, not just products.
Dexterous Hands — Versatile gripping, flexible automation
Multi-finger grippers with human-like kinematics open up entirely new possibilities in automation. Where classic grippers reach their limits, Dexterous Hands take over: different workpieces, changing gripping strategies, complex manipulation tasks.
We evaluate, integrate and test Dexterous Hands for your specific applications — from feasibility analysis to commissioning.
Simulation — Test Early, Deploy Faster
AI support allows motion sequences to be defined and validated as early as the simulation stage. This saves time, reduces risks, and delivers reliable results early in the project.
We work with tools like Vention SIM and NVIDIA ISAAC Sim to virtually build, test, and optimize your applications—before the first piece of hardware is moved.
Physical AI — When Robots Learn to Understand the World
Physical AI combines sensors, simulation, and machine learning so that robots can act autonomously in the real world. For us, this is the logical next step: from simulation to deployment, from planned trajectories to adaptive movement.
And on the horizon: humanoid robots that combine these technologies in a human-like form. We are actively monitoring and evaluating these developments – so that you are prepared when the time comes.
Engineering — from idea to running application
Design, Integration, Simulation, Commissioning: We support you throughout the entire process. Whether it's classic tooling or an AI-powered application.
Do you have questions or would you like to talk about a specific project?
Please feel free to call us, send us an email or use the contact form.
Tel: +49 (0) 4121 789 796 - 1
Mail: bjoern@graspmonkey.de
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News & Knowledge
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Our Journey to Physical AI – From the First Sim...
If you're serious about Physical AI, you can't avoid simulation. The question is: Where do you start? This post describes the first two steps of our journey – from a...
Our Journey to Physical AI – From the First Sim...
If you're serious about Physical AI, you can't avoid simulation. The question is: Where do you start? This post describes the first two steps of our journey – from a...
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AI Terms in Robotics: A Clear Distinction
The world of artificial intelligence is developing rapidly, and with it, the terminology. Especially in robotics, terms like Embodied AI, Physical AI, and Agentic AI often lead to confusion. This...
AI Terms in Robotics: A Clear Distinction
The world of artificial intelligence is developing rapidly, and with it, the terminology. Especially in robotics, terms like Embodied AI, Physical AI, and Agentic AI often lead to confusion. This...
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Dexterous hand gripper – state of the art
Dexterous hand grippers – multi-fingered grippers with human-like kinematics – have been considered a kind of "holy grail" of robotics for years. Five fingers, many degrees of freedom, sensors, AI...
Dexterous hand gripper – state of the art
Dexterous hand grippers – multi-fingered grippers with human-like kinematics – have been considered a kind of "holy grail" of robotics for years. Five fingers, many degrees of freedom, sensors, AI...
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Modern FDM printing in engineering: From protot...
FDM/FFF 3D printing has undergone a significant leap in professionalization in recent years – and noticeably in recent months as well: What used to often look like "visibly layered" PLA/ABS...
Modern FDM printing in engineering: From protot...
FDM/FFF 3D printing has undergone a significant leap in professionalization in recent years – and noticeably in recent months as well: What used to often look like "visibly layered" PLA/ABS...
