Cutting

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Cutting

Cutting metals

Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.
Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.

Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.
Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.

Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.
Parts used for measurement purposes must be cut with very high precision. For this purpose, our cutting systems are equipped with special components.

Delicately cut parts like these ears of corn are given a particularly attractive appearance by subsequent electropolishing.
Delicately cut parts like these ears of corn are given a particularly attractive appearance by subsequent electropolishing.

Delicately cut parts like these ears of corn are given a particularly attractive appearance by subsequent electropolishing.
Delicately cut parts like these ears of corn are given a particularly attractive appearance by subsequent electropolishing.

For the cutting of cylindrical parts, our cutting systems can be equipped with an additional rotating device, with which the axis of rotation can also be tilted in any direction.
For the cutting of cylindrical parts, our cutting systems can be equipped with an additional rotating device, with which the axis of rotation can also be tilted in any direction.

Our cutting systems are designed in such a way that additional openings can be cut effortlessly and precisely in a finished part.
Our cutting systems are designed in such a way that additional openings can be cut effortlessly and precisely in a finished part.

Such fine cuts in stainless steel or tantalum with web widths of 50 µm are even possible with modified equipment from our marking systems.
Such fine cuts in stainless steel or tantalum with web widths of 50 µm are even possible with modified equipment from our marking systems.

Such fine cuts in stainless steel or tantalum with web widths of 50 µm are even possible with modified equipment from our marking systems.
Such fine cuts in stainless steel or tantalum with web widths of 50 µm are even possible with modified equipment from our marking systems.

Cutting non-metals

Whether metals or ceramics – our cutting systems have a wide range of parameters to be able to cut many different materials.
Whether metals or ceramics – our cutting systems have a wide range of parameters to be able to cut many different materials.

Parts made of polyimide are cut without discoloration of the edges, even if they contain holes with a diameter of less than 1 mm.
Parts made of polyimide are cut without discoloration of the edges, even if they contain holes with a diameter of less than 1 mm.

PCB substrate materials cause problems with laser cutting because the cut surface tends to carbonize and can thereby create conductive connections. Our cutting system developed for this purpose produces good quality cut surfaces.
PCB substrate materials cause problems with laser cutting because the cut surface tends to carbonize and can thereby create conductive connections. Our cutting system developed for this purpose produces good quality cut surfaces.

Filigree cuts in a 0.5 mm thick glass plate.
Filigree cuts in a 0.5 mm thick glass plate.