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Emax
Sheet Metal Fabrication: Power of Stamping & Bending
The Sheet Metal Fabrication Machine Stamping Bending Process converts flat metal into functional 3D components for industries worldwide. This integrated method uses advanced machinery for rapid, precise part creation.
Stamping employs high-force presses and custom dies to cut (punching, blanking) and form (drawing, embossing) metal sheets. CNC automation ensures millimeter-perfect accuracy for complex geometries.
Bending uses CNC press brakes to shape stamped or raw sheets. A punch presses metal into a V-die at programmed angles, achieving tolerances under 0.1mm. Key factors: tooling design, machine tonnage, and CNC precision.
Together, stamping and bending transform sheets into:
Structural brackets & enclosures
Automotive/aerospace parts
Durable industrial components
This synergy enables efficient, high-volume production of dimensionally critical parts from raw metal.
Email: nurul@emaxmetal.com
Sheet Metal Fabrication: Power of Stamping & Bending
The Sheet Metal Fabrication Machine Stamping Bending Process converts flat metal into functional 3D components for industries worldwide. This integrated method uses advanced machinery for rapid, precise part creation.
Stamping employs high-force presses and custom dies to cut (punching, blanking) and form (drawing, embossing) metal sheets. CNC automation ensures millimeter-perfect accuracy for complex geometries.
Bending uses CNC press brakes to shape stamped or raw sheets. A punch presses metal into a V-die at programmed angles, achieving tolerances under 0.1mm. Key factors: tooling design, machine tonnage, and CNC precision.
Together, stamping and bending transform sheets into:
Structural brackets & enclosures
Automotive/aerospace parts
Durable industrial components
This synergy enables efficient, high-volume production of dimensionally critical parts from raw metal.
Email: nurul@emaxmetal.com
