WELDING

Welding: Professional welding services for your projects

By combining manual and robot-assisted welding at LMV, our customers benefit from the flexibility of craftsmanship and the efficiency of automation. We use both TIG and MAG (CMT) welding to process various materials such as stainless steel and aluminum with the highest precision. This dual approach allows us to leverage the advantages of both methods and find the right solution for every manufacturing requirement. This ensures high welding quality and optimal cost efficiency, regardless of the series size or component complexity.

LMV: Welding machine in use

Flexibility and Precision –
Welding at LMV

At LMV, we focus on precise welding using TIG and MAG (CMT) processes to join stainless steel and other materials with high quality. With manual and robot-assisted techniques, we guarantee the highest quality and efficiency.

Our
Welding Robots

For large-scale series production and high-precision welding processes, LMV utilizes state-of-the-art robotic welding technology. By using robots, we can ensure consistently high welding quality and efficiency. Automation not only provides high repeatability but also faster turnaround times, which reduces production costs and secures the quality of the final products.

Frequently asked questions about
welding

1. Which materials can be welded?

We primarily weld steel. Upon request, we would be happy to check whether your specific material is suitable for our welding processes.

We produce individual parts and prototypes as well as small and large series. Our welding robots are ideal for recurring components, while manual welding is suitable for complex individual parts.

We work with TIG and MIG welding (CMT), both manually and robot-assisted. This enables us to cover a wide range of welding tasks.

Yes, our design department can support you in designing components and assemblies that are suitable for welding. This can often significantly reduce production times and costs.

Upon request, we can combine welding with other manufacturing steps such as electroplating, powder coating and other surfaces, so that you receive a finished component.