Manual laser welding workstation
Reference
For Berndorf, a company specializing in the production of stainless steel pools, we implemented a manual laser welding workstation designed for precise and efficient joining of stainless steel components.
As part of this project, we designed and delivered a complete solution that meets the highest standards for weld quality, operational efficiency, and workplace safety.
Why a manual laser workstation?
Manual laser welding is a modern method that uses a highly concentrated laser beam to join metal materials. Compared to traditional techniques (such as TIG or MIG/MAG), this technology offers significantly higher welding speed, reduced thermal impact on surrounding material, and perfect weld quality — often eliminating the need for post-processing such as grinding.
This makes it ideal for precise applications, such as thin-walled constructions or visually demanding visible welds.
Safety First
Safety is a fundamental part of every manual laser welding workstation we deliver. The workspace is equipped with passive protective enclosures made from certified materials, which securely seal off the laser zone and protect the surroundings from laser radiation.
All components are designed with a strong focus on ease of use, operator comfort, and above all — safety.
Turnkey Delivery
We deliver manual laser welding workstations as complete turnkey solutions. We take care of the technical design, selection of suitable laser equipment, construction of the workstation including ergonomic elements, enclosures, safety systems and signage, as well as final installation.
Each project is tailored to the customer’s specific needs — whether it’s the type of material, production volume, or operational requirements.
Resulting benefits
The customer receives a fast, precise, and reliable solution that streamlines production and enhances the quality of the final product. In addition, laser welding reduces the need for post-processing and contributes to lowering operational costs.
The workstation can be easily integrated into existing production environments and adapted to specific operational requirements.