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2D and 3D laser cutting

When it comes to meeting customer requirements, technological equipment can make all the difference. For 2D and 3D laser cutting, we have the most advanced equipment available, enabling us to carry out complex machining operations and layouts on steel and aluminium sheets, quickly and with maximum precision.

For any sheet metal processing, we have the best technology.

  • Trumpf 2D laser up to 4000 W (1500 x 3000)
  • Trumpf 3D laser up to 3200 W (4000 x 3000 x H1000)

We machine large sheet metal parts

3D laser cutting processing

3D laser cutting extends the possibilities of 2D laser cutting by allowing work on three-dimensional surfaces. This technique is essential for the manufacture of complex components that require cutting in multiple planes and angles, and on curved surfaces, such as in the moulding of automotive, aerospace and other parts requiring special machining.

The advantages of three-dimensional laser processing

  • Burr-free edges that do not require reworking
  • Waste material reduction
  • Reduced thermal degradation of the treated material
  • Cut thicknesses up to 10 mm for steel and up to 8 mm for aluminium
  • Possibility of working on sheets that have already been processed
  • Very tight tolerances are essential for components requiring high precision.
  • Adaptation to changes in part design without physically changing moulds or tools.
  • Fast cutting process that shortens production time and increases productivity.

2D laser processing

2D laser cutting is a technique for cutting flat materials. This technology uses a concentrated laser beam to create clean, precise cuts. With our 2D laser cutting we produce components with simple or complex geometries.

Advantages of our 2D Laser Cutting

  • High precision: allows very tight tolerances.
  • Processing speed: significantly reduces production time.
  • Flexibility: can cut a wide range of materials and thicknesses

Our 2D and 3D laser cutting technology is ideal for achieving maximum precision in the production of complex printed products.

How laser cutting works in molding

Laser cutting in sheet metal forming typically takes place after the sheet metal has been formed, or before if it needs to be reduced in size.

Sheet metal pre-moulding

The sheet metal is prepared and positioned for the stamping process. This may include pre-cutting the sheet metal into sheets of the appropriate size.

After sheet metal forming

After stamping, the shaped sheet metal is transferred to the laser cutting table. Our machines are programmed with advanced CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) software that contains the details of the cuts to be made. This software transforms the technical drawing into instructions for the laser machine.

The laser beam is directed towards the shaped sheet with a power calibrated to the type of material and thickness, and moved according to programme instructions, following the predefined contours exactly.

Are you looking for a partner to carry out complex machining with precision?