
Orbital welding in the
Pharmaceutical & Biotech Industry
In biotech facilities, vaccines flow through sterile lines. Even the smallest deviations in the weld seam can become a breeding ground for germs – cleaning becomes ineffective, and the entire batch is lost. Therefore, weld seams must be flat, tight, and uniform.
The pharmaceutical and biotech industry is one of the most sensitive and innovative sectors worldwide. It stands for groundbreaking research, personalized therapies, and vital health solutions – while simultaneously adhering to the strictest regulatory requirements and the highest standards for purity and traceability. Hygiene plays a central role: weld seams must be fully and homogeneously formed, without root concavity, convexity, or sink. This is the only way to ensure optimal cleaning of lines and unrestricted piggability.
Our orbital welding and cutting systems make a decisive contribution in this demanding environment. They enable gas- and liquid-tight, particle-free, and high-precision connections – wherever processes must be sterile, reliable, and controlled. Whether in bioreactors, high-purity media lines, or filtration systems: we create connections that the healthcare industry can rely on.
Orbital welding applications in the pharmaceutical & biotech industry:
- High-purity media lines, e.g., Water for Injection (WFI), process gases
- CIP/SIP systems (Cleaning-In-Place / Sterilization-In-Place)
- Bioreactors and fermentation plants
- Sterile filling and dosing systems
- High-performance filters and filtration systems
- Highest purity and hygiene standards
- Flawless, hygienic welded joints for sterile processes
- Safe active ingredient production in validated environments
- Seamless traceability and validation
- Automated welding processes with full data acquisition – ideal for GMP-compliant manufacturing, audits, and certifications
- Processing of sensitive materials
- Gentle welding technology for stainless steel and special alloys as used in pharmaceutical process plants – for a uniform material structure
Aerospace industry
Pharmaceutical & Biotech Industry
Heat Exchanger Manufacturing
Food & Beverage Industry
Renewable Energy
Cooling systems for data centers