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2026-07-15

From Design to Finished Shape – Sheet Metal Bending Technology


From Design to Finished Shape – Sheet Metal Bending TechnologyFrom Design to Finished Shape – Sheet Metal Bending TechnologyFrom Design to Finished Shape – Sheet Metal Bending Technology
At first glance, sheet metal bending may seem like a simple operation: a flat sheet is placed between a punch and a die, the press moves, and the material takes on the desired shape. In reality, every correctly executed bend involves much more – material properties, properly selected tooling, bend... more»

2026-04-30

Next-Generation Laser Cutting of Tubes and Profiles – How the ADIGE LT 8.20 Is Changing the Rules of Metal Processing


Next-Generation Laser Cutting of Tubes and Profiles – How the ADIGE LT 8.20 Is Changing the Rules of Metal ProcessingNext-Generation Laser Cutting of Tubes and Profiles – How the ADIGE LT 8.20 Is Changing the Rules of Metal ProcessingNext-Generation Laser Cutting of Tubes and Profiles – How the ADIGE LT 8.20 Is Changing the Rules of Metal Processing
Imagine a production hall where a structural steel tube enters a machine in its raw, straight form, without any prior preparation—and emerges as a finished component complete with weld bevels, angled holes, and an engraved batch number, ready for assembly. No additional workstations, no retooling,... more»

2026-04-15

Laser Cutting of Sheet Metal: How Process Parameters Determine Quality and Precision


Laser Cutting of Sheet Metal: How Process Parameters Determine Quality and PrecisionLaser Cutting of Sheet Metal: How Process Parameters Determine Quality and PrecisionLaser Cutting of Sheet Metal: How Process Parameters Determine Quality and Precision
Laser cutting has long been regarded as one of the most precise sheet metal machining methods, capable of producing smooth edges, a narrow kerf width, and a minimal heat-affected zone. Whether a given sheet is cut cleanly and defect-free, or ends up with burrs, scorch marks, or an uneven surface, de... more»