We manufacture custom sheet metal fabrication parts based on technical drawings, 3D models or samples. The production process includes laser cutting, punching, bending and welding, allowing delivery of both individual components and ready-to-assemble parts.
We act as a manufacturing subcontractor and long-term supplier for industrial companies across Europe. We support both prototype development and serial production, ensuring repeatability, dimensional accuracy and stable lead times for OEM and industrial equipment production.

High-precision CNC laser cutting of steel, stainless steel and aluminium sheet materials for complex geometries and tight tolerances.
Punching, perforation and forming operations for functional and ventilation components with consistent repeatability.
CNC press brake bending for simple and complex shapes with controlled angles and dimensional accuracy.
MIG and TIG welding, threaded inserts and sub-assembly preparation for integration into final products.
Processes are controlled to ensure repeatable tolerances for serial production. Suitable for thin and medium thickness sheet metal parts.
We process cold-rolled steel, hot-rolled steel, stainless steel and aluminium in various thicknesses depending on project requirements. Material selection is adapted to mechanical strength, corrosion resistance and finishing requirements.
Material thickness is selected according to structural and functional requirements of the product.
We produce prototypes, pilot batches and long-term serial production. Manufacturing processes are adapted for repeatability and cost efficiency depending on order quantities.
Parts can be delivered unfinished or prepared for coating. Powder coating, wet painting and other finishing operations are performed in-house within the same production chain.
Sheet metal components are used in industrial equipment, retail fixtures, furniture systems, housings, brackets and structural elements requiring dimensional precision.
Integrated manufacturing reduces logistics between suppliers and improves quality control. Customers receive components ready for assembly with predictable delivery schedules.
Send drawings or 3D files to evaluate manufacturability and production costs.
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