Engineering

Technological Excellence for the Future

Innovative technologies don’t happen by chance—they are the result of outstanding engineering, deep material expertise, and state-of-the-art manufacturing. Our engineering and innovation approach combines robust design, simulation-based optimization, and precision manufacturing to create high-end solutions for the most demanding applications.

Our materials expertise is integral to this process. By carefully selecting and processing materials like copper, CuCrZr, titanium, and Glidcop, we ensure exceptional mechanical, thermal, and electrical performance.

Your Advantages

Simulation & Design Optimization

FEM-based development for maximum precision.

Materials Science & Selection

Use of high-performance materials such as copper, stainless steel, and titanium.

Innovative Manufacturing Technologies

Additive manufacturing, vacuum brazing & precision machining.

Prototype Development & Testing

Agile engineering for research and industry.

Our Engineering Services for High-Tech Industries

Cryogenics & Cooling Technology: Design of optimized heat exchangers, superconducting structures & cooling modules.
UHV & Research Engineering: Precision designs for detector chambers, high-vacuum components & experimental
Power Electronics & RF Technology: Development of waveguides, high-voltage feedthroughs & thermally optimized structures.
Medical Technology & Aerospace: Customized lightweight solutions with exceptional mechanical & thermal strength.

Materials Expertise – The Foundation for Innovation

Our material knowledge is a key success factor for advanced engineering solutions:

Copper & Copper Alloys

Excellent thermal conductivity and minimal magnetic permeability.

Stainless Steel & Titanium

Mechanical strength and corrosion resistance.

Glidcop & CuCrZr

High strength with optimal thermal performance.

Niobium

Particle-free cleaning is especially critical for UHV components made from pure metals like niobium.

Technologies for Optimized Manufacturing Processes

Simulation-Based Development: FEM analysis for thermal and mechanical stability.
Additive & Hybrid Manufacturing: 3D printing combined with vacuum brazing and precision machining.
Vacuum Brazing & Joining Technologies: High-precision joints for vacuum-tight and load-bearing assemblies.
Material Analysis & Testing: Optimized material selection for extreme environments.

Industries

Fields of Application & Markets

Our engineering services support clients in:

Research & Science: Design and development of high-precision assemblies.
Semiconductor Industry: Optimization of components for power electronics & thermal management.
Energy & Aerospace: Lightweight and resilient structural components.
Medical & RF Technology: Tailored solutions for high-tech industries.