Punching

Efficient sheet metal punching for high-volume production with unmatched precision and repeatability.

Speed. Accuracy. Consistency

Our punching process combines speed and strength to produce components with absolute accuracy. Using advanced CNC-controlled machines, we achieve consistent perforations, forms, and embossing on various metal types. Every punch is optimized for clean edges and long-term structural integrity.

Our Technology - Punching

TruMatic 1000

General Info
Technical Specs
Applications

The TRUMPF TruLaser Series is known for its powerful fiber laser technology, combining speed and precision with energy efficiency. It offers high-performance cutting of various metals, especially in high-volume environments. The machine is equipped with advanced automation features, allowing for continuous operation with minimal manual intervention. Its integrated sensors and control systems optimize cutting paths in real time for enhanced productivity.

Laser Type
Solid-state fiber laser
Power Output
Up to 6 kW
Working Area
3000 mm x 1500 mm
Max Cutting Thickness
Carbon Steel: 25 mm
Stainless Steel: 20 mm
Aluminum: 15 mm
Tolerance
±0.1 mm
Repeatability
±0.03 mm
  • Sheet metal fabrication
  • Structural and architectural components
  • Machinery parts and brackets
  • Enclosures and panels
  • Decorative and precision components

Amada Punching

General Info
Technical Specs
Applications

The AMADA VP 305072 (also identified as Vıpros 357 series) is a high-performance turret punch press engineered for sheet-metal processing in demanding production environments. With a 30-ton punching capacity and a turret equipped with up to 58 stations, it delivers flexibility, speed and precision for varied punch jobs.

Punching Capacity
30-ton nominal capacity.
Turret Stations
Up to 58 stations.
Maximum Sheet Size
~72″ × 50″ (~1830mm × 1270mm) in one listing.
Maximum Hole Diameter
4.5″ (114.3 mm) in certain tooling configurations.
Maximum Material Thickness
Approx. ¼″ (6 mm) mild steel in one spec sheet.
  • High-volume or custom sheet-metal components requiring repeated punching patterns and consistent cycling.
  • Manufacturing of enclosures, brackets, panelling, ventilation covers and any part requiring turret punching rather than laser cutting.
  • Production environments where tooling flexibility (many station turret) and changeover speed are critical.
  • Projects where tooling cost must be managed and punch efficiency prioritized over extremely thick plate cutting.