NC Programming of 3D Components

• Integration of 3D CAD Data: Acceptance of 3D CAD data (*.dxf, *.dwg, *.iges, *.step, Catia).
• Programming and Simulation: Programming and simulation of the cutting contour using 3D CAD/CAM software. Teaching the Cutting
• Contour: Teaching the cutting contour based on provided components.

Fixture Construction
Automatic Fixture Creation: Automatic creation of a suitable holding fixture based on the CAD model.

With our fiber laser and CO2 laser systems, we achieve particularly precise laser material processing.

We process:

• Sheets up to 20 mm thickness
• Thin sheets up to 3 mm
• Structural steels up to 20 mm, stainless steel up to 15 mm (oxide-free), aluminum up to 12 mm, brass up to 6 mm
• Large format up to 3,000 x 1,500 mm
• Metal foils starting from 10 µm

You can count on our proven laser cutting quality even for complex three-dimensional components. We process pre-formed sheet metal parts with the highest precision and speed, including deep-drawn parts, tubes, and components from the automotive or mechanical engineering sectors.

• Working area: 2.600 x 1.100 x 700 mm
• Maximum diameter: 260 mm

With laser drilling, MeKo creates a variety of component, hole, and slot geometries for screens, filters, and perforated plates. Tiny holes in the micron range are just as possible as large ones in the millimeter range, regardless of the material, such as steel, stainless steel, or ceramic. High precision is guaranteed - even at high perforation speeds.

go to Sieves and Filters

Our laser systems enable precise laser welding in both 2D and 3D, even with delicate components, achieving tightly sealed weld seams.

In addition to laser processing, MeKo offers numerous mechanical machining services. This allows for finished components to be sourced from a single provider:

• Drilling, countersinking, tapping, reaming, etc.
• Straightening up to a width of 1,000 mm
• CNC bending with a maximum length of 3,000 mm
• Sandblasting
• Vibratory finishing
• Surface finishing using grinding machines
• Conventional welding of complex parts (MIG/MAG, TIG)
• Spot welding

Prototype Development with 3D Printing

Projects that can be implemented with other manufacturing processes benefit from the faster production cycles of 3D printing. This significantly accelerates prototype development and custom manufacturing.

• Worldwide shipping
• Express shipping