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High-precision Components
State-of-the-art Manufacturing Technology – Micrometer Precision
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Design and Prototyping of Microsystems
The development of innovative microsystems relies on the successful integration of multiple steps – from material selection and design to a variety of manufacturing technologies. Using numerical simulations and CAD/CAM processes, initial concepts can be turned into functional prototypes within just a few days, which can then be produced through multilayer lamination, micro-milling, 3D printing, or silicone casting. Testing in real-world application environments, along with optimization and scaling of manufacturing processes, enables the seamless transfer to practical use and the successful transition from prototype to series production.
Customized microsystem architectures for flexible, application-oriented microfluidics in research and industry.
From polymer film to microsystem: precise layer cutting for the manufacture of microsystems.
Our Services
Design and Construction of Microsystems
Manufacturing-oriented and scalable design of microfluidic systems forms the foundation for efficient translation from initial concept to series production.
- Custom requirements analysis
- Simulation of functional units and assemblies using network simulation or finite element methods (FEM)
- CAD-based design and engineering
- CAM-supported manufacturing preparation
- Digital recording, documentation, and monitoring of all production steps and prototypes (digital twin)
Manufacturing of Microsystems and Components
A wide range of manufacturing technologies is available for producing microfluidic systems, enabling flexible, scalable, and reproducible production:
- Multilayer lamination (sheet-to-stack)
- Precision micro-milling
- Additive manufacturing (3D printing)
- Microstructuring (laser, xurography)
- Plasma-based surface modification
- Bonding processes for multi-material assemblies (plasma, chemical, laser)