Precision for intelligent motion – solutions for robotics

Robotics is developing at a rapid pace – from traditional industrial automation to intelligent, autonomous and humanoid robots. MIMplus develops and manufactures precision mechanical components and assemblies that meet the most stringent requirements for precision, dynamics, reliability and energy efficiency. In doing so, we are laying the foundations for the next generation of intelligent robot systems.

• Precision components for industrial and service robotics and dynamic systems
• Components for humanoid robots
• Lightweight construction solutions for dynamic motion sequences and energy-efficient robotics
• Functional materials and magnetic solutions
• Cost-effective manufacturing from prototype to series production

The field of robotics is evolving from traditional industrial applications towards intelligent, networked and increasingly autonomous systems. Humanoid robots, in particular, present new challenges in terms of precision, lightweight construction, energy efficiency, and manufacturing scalability. At the same time, components must be able to withstand highly dynamic movements, high cyclic loading and long service lives reliably. Today's challenges lie not only in AI, but also in cost-effectively manufacturing high-precision mechanical components and high-performance drive systems.

• Lightweight construction for energy-efficient and dynamic robotic systems
• High-precision drive components for actuators, gearboxes and joint systems
• Miniaturisation of mechanical components whilst increasing performance
• High repeatability and tight tolerances for precise motion sequences
• Robust materials for high loads and a long service life
• Scalable manufacturing for the transition from pilot projects to series production
• Weight and space optimisation for humanoid robotics and cobots
• Reliable supply chains for precision components and drive technologies

Whether it’s traditional industrial robotics, cobots or humanoid robot systems – modern robotics combines mechanics, sensor technology, drive technology and intelligent control within a very compact footprint. Precise motion sequences, low mass and durable components are crucial for performance, energy efficiency and reliability. That is why we develop and manufacture precision mechanical components and assemblies that are optimally tailored to the requirements of modern robotics platforms and enable cost-effective series production.

Metal Injection Molding (MIM)
Complex precision components for joint systems, gearboxes, grippers and actuators with the highest dimensional accuracy.**

Magnetic Technology
High-performance permanent magnets for drive technology, sensors and actuators. Complex geometries, application-specific magnetic fields and high power density enable compact, energy-efficient robotic systems and the next generation of intelligent automation.

Additive Manufacturing
Lightweight components, functionally optimised geometries and rapid development cycles for innovative robotic systems.

Profile Technology
Precision metal profiles for guidance and motion systems, as well as mechanical structures.

CNC Milling
High-precision structural and functional parts for robotics and automation systems.

Die Casting
Delicate metal components with high strength and outstanding detail accuracy.

Safety Screws
Specialised fasteners for high-load joints, drive units and safety-critical robotics components.

Plus Services
More than just manufacturing: complementary services such as co-engineering, surface treatment, assembly, quality assurance and much more create an end-to-end solution across the entire value chain.

NdFeB · CeFeB · Stainless steel · Titanium · Functional materials
Miniaturised · High magnetic performance · Complex geometries · Energy-efficient