In an automotive plant, industrial metal fabrication rarely involves the finished product; rather, it shapes the infrastructure that enables production to run smoothly (pipeline networks, process tanks, conveyor structures, and enclosures). Although this equipment is often invisible to the general public, it is crucial to the reliability, safety, and performance of the production lines.
Automotive facilities combine several demanding environments: paint shops with ATEX risks, surface treatment lines involving harsh chemicals, and high-throughput areas where even the slightest unplanned stoppage is costly. Metal fabrication for this industry must therefore address:
Unlike a new construction project, the majority of sheet metal fabrication work in automotive plants takes place at a site that is already in production. This requires rigorous planning of the installation phases, including scheduled production line shutdowns, coordination with production teams, and adherence to site safety protocols—to minimize the impact on existing production.
The choice of material is not insignificant. Steel, which is more economical, is suitable for load-bearing structures or systems not exposed to corrosion. Stainless steel, on the other hand, is essential whenever equipment comes into contact with chemicals, process water, or humid environments—as is frequently the case in surface treatment or painting lines.
Certain metal fabrication equipment (tanks, vessels, conveyor structures) can be based on standardized product lines, which are faster to produce and less expensive. However, when the plant layout imposes specific space constraints, or when the process requires a specific geometry, a custom design becomes necessary to ensure proper integration into the existing production line.
Within the Actini Group, TCM, based in Mâcon, supports automotive manufacturers with their projects involving boiler making, piping, sheet metal work, mechanical welding, and metal fabrication using steel and stainless steel. Its expertise spans research, design, fabrication, and installation, enabling it to address the sector’s specific requirements: chemical resistance to surface treatment baths, ATEX compliance in paint shops, and durability under high production rates.
TCM works on fully custom projects, with a particular focus on integration into industrial sites already in operation: prefabrication in the workshop, detailed planning of production line shutdowns, and coordination with production teams to minimize the impact on existing operations.
Contact our experts to discuss your needs and design a solution tailored to your production requirements.
Stainless steel is more resistant to corrosion caused by chemical baths, humidity, and surface treatment products commonly used in automotive processes, which extends the service life of equipment and reduces the need for corrective maintenance.
An ATEX zone is an area where an explosive atmosphere can form, such as in paint booths with solvent vapors. Sheet metal fabrication equipment installed in these zones must comply with specific design standards to prevent any risk of ignition.
Careful planning of the work—including short, targeted production line shutdowns, prefabrication in the workshop prior to on-site installation, and close coordination with production teams, helps minimize disruptions to existing operations.
These include, in particular, process tanks, storage tanks, piping systems, technical skids, enclosures, metal structures, conveyors, equipment mounts, and mechanically welded assemblies for paint, surface treatment, or assembly lines.
