Welding ties the assembly together. Whether you’re running a 50-unit prototype that needs a skilled hand at every joint, or a 50,000-unit production run that demands robotic repeatability, both lanes are supported under the same quality system and roof.
Welding
Robotic and Manual Welding
Robotic MIG and TIG welding cells for production runs, plus manual MIG/TIG/spot for prototype and complex one-off work. AWS-certified welders.
Frequently asked questions
- Do you weld stainless steel and aluminum?
- Yes. Stainless is welded in dedicated bays with separate consumables to prevent cross-contamination from carbon steel. Aluminum welding uses pulsed MIG or TIG depending on thickness and cosmetic requirements.
- Can you provide weld documentation and certified inspector sign-off?
- Yes. WPS-controlled welding with documentation packet on request. Certified Weld Inspector (CWI) sign-off available for AWS D1.1 (structural steel) and D1.2 (aluminum) jobs.
- What's your robotic welding throughput?
- Throughput is part-dependent, but typical assembly weld times on production runs are 60–90 seconds per part with single-shift capacity around 300–500 assemblies per cell per day.
- Can you handle prototype welds that aren't programmed yet?
- Yes. Our manual MIG and TIG benches are staffed by AWS-certified welders. Prototypes go through manual welding while we develop and validate the robotic program for the production phase.