Welding

High-Performance Joining Technology

Our vacuum-tight weld joints are essential for applications in ultra-high vacuum (UHV) technology, cryogenics, and liquid cooling. Using advanced TIG and laser welding techniques, we ensure high-precision, mechanically robust, and thermally stable connections that are specifically tailored to the needs of demanding high-tech environments.

Our materials expertise is a key factor for success. We work with stainless steel, copper, CuCrZr, Glidcop, and titanium to produce welded assemblies with outstanding thermal and mechanical performance. Each connection is individually optimized to ensure the perfect combination of stability, leak tightness, and durability.

Our Strenghts in Vacuum Welding

Vacuum-Tight Joining Technology

Maximum leak tightness for ultra-high vacuum applications.

Material Diversity

Perfect joints from stainless steel, copper, and titanium.

Thermal & Mechanical Load Capacity

Reliable performance in RF technology, cooling, and high-energy applications.

Precise Welds

Minimal distortion and clean seams through laser and TIG welding.

Our Welding Processes for Vacuum-Tight Joints

Laser Welding: Minimal heat input and maximum precision—ideal for components with tight tolerances.
TIG Welding: Excellent strength and vacuum-tight connections, even in hard-to-reach areas.

Materials Expertise – Perfect Joints for Demanding Applications

Our deep materials expertise enables us to process the following materials:

Copper & Copper Alloys (Cu, CuCrZr, Glidcop)

Exceptional thermal conductivity and mechanical stability.

Stainless Steel & Titanium

Corrosion-resistant and mechanically strong materials for high-vacuum applications.

Application Areas of Our Welding Technologies

Semiconductor Industry: Welded assemblies for actuators and high-performance electronics.
Energy Technology: Components for bipolar plates and energy systems.
Research & Science: Precision welding for detector chambers, absorbers, and mirror cooling.
Cryogenics: Nitrogen dewars, sample tubes, and heat exchangers for low-temperature applications.

Industries

Our Technologies for Reliable Welded Joints

Thermal Simulation & Optimization: Ensuring optimal heat dissipation and mechanical stability.
Precision Manufacturing & Cleaning Technology: High-quality processing for ultra-clean applications.
Laser & TIG Welding: Joining technologies for vacuum-tight connections in extreme environments.