CAPABILITIES

(5 lines – 3 ABB &  2 Yaskawa)
Five robotic welding lines deliver consistent weld quality, optimized heat control, and high-cycle productivity. This fully automated setup minimizes human variability and ensures structurally reliable joints for complex assemblies.

(2 lines up to 70 mm)
Our CNC bending systems enable repeatable, high-accuracy forming for tubes and profiles up to 70 mm. Automated processing ensures tight tolerances, stable geometry, and scalable batch production for demanding applications.

(2 lines up to 20mm Thickness)
Our CNC laser cutting machines are equiped by Fiber technology and 1 year old new machines they are. We can cut steel sheets with oxygen mixings and argon options. According to requirements of project low or high quantity demands we can setup and serving our customers.

Our sheet-forming machine park has a new member. 7 axis 100 tons 2024 German Design avarded sheet bender. It covers precision bending and press operations for a wide range of material thicknesses. Automated press brakes and forming presses ensure repeatable angles, stable dimensions, and efficient cycle times for both prototypes and serial production.

(Tube Laser 3 kW) & (5-Axis Sheet Laser (3×2 meter))
Our laser systems provide precision cutting for tubes, profiles, and 3D geometries. The 5-axis platform enables complex contours and multi-angle cuts, supporting prototyping, small batches, and large-scale industrial production.

We have 6 Presses, 2 sets eccentric, 4 sets of hydraulic. engineered to handle a wide range of forming, stamping, and shaping operations with precision and repeatability. The eccentric presses deliver fast, high-volume stamping cycles ideal for consistent sheet metal parts, while the hydraulic presses provide the controlled force and flexibility needed for deep forming, heavy-duty pressing, and components demanding tight tolerances. 

(Tooling, Fixtures, Simulation)
Our in-house engineering team designs tooling, welding fixtures, and custom production equipment. Digital simulation capabilities allow us to optimize part geometry, validate feasibility, and accelerate transfer to serial manufacturing.