Commission separation cuts

This is a separation cut of a spark plug from a benzene combustion engine. The spark plug consists of different materials.

This is an electronic component, an EPROM (storage medium), whose connection claw leads to a chip, here precisely and finely cut.

These ceramic gas nozzles were cut to size. As clamping device the special machine vice MS85 was used.

This special screw should be cut for the quality control

This profiles of rubber-metal should be cut for the quality control in a car factory.

This sensor should be cut to the presentation at the exhibition

This is a quartz glass, which must be separated for testing purposes.

This is a rock from space, a so-called meteorite. It consists of silicate minerals and an iron-nickel alloy. The Swiss collector intends to separate the meteorites into slices and process them into jewelery.

This is a coin (10 cent piece) which was processed into three layers with two fine saw cuts. Please note that the coin must still be clamped (held). In this case, with special wax on a ceramic disc.

This is a separation cut through a combustion engine. The cut was made through the spark plug, piston, connecting rod, roller bearing and housing, among others.

Whether for production or quality control, parts made of ceramics can be separated cleanly and precisely.

Whether for production or quality control, parts made of ceramics can be separated cleanly and precisely.

This tube of carbon should be cut in different angles and without edges outbreaks

This is an earth cable made out of copper, metal and rubber. After making the fine separation cut, you can see the exact arrangement of the individual strands after the production process.

Here you can see the diamond wire cut of an 3 mm big hardened steel ball, how they are used in ball bearings. The cut serves simpler hardness testing.

Here she could see small zirconium rods as they are processed for example in Dentallobors.

This is a hard metal insert tip, which can become faulty during production. This can be checked after one or several fine separation cuts.

This is a computer control board, consisting of many different materials.  The cut shows how finely resistors, capacitors, etc. on the control board can be cut without being pushed aside.

The enamelled probe should be separated for testing purposes. In the water jet separation process, the enamel burst. Other separation methods failed completely. The desired result could only be achieved with the diamond wire separation technique (right).

This special magnet, consisting of many different materials with different properties, should be separated for viewing the bead structure

This is a car tyre, consisting of rubber compounds, nylon and steel, etc. After the separation cut is made, the exact embedding of the steel belt in the tyre can be seen. 

This is a motor vehicle (car). Of course, it’s a model! However, the separation cut can also be made through a real car with a corresponding diamond wire saw.

This is a drink bottle. The machine, the diamond wire and the clamping of the bottle are also decisive for a precise separation cut here. The various wall thicknesses of the bottle can be analysed through the cut.

The electromotor should be separated centrally through the axis, the magnetic core and the plain bearings

This is a quartz glass, which must be separated for testing purposes.

This is a silicon chip, which was separated by a 0.08 mm diamond wire. The voltage was horizontal. The cut-off was terminated by means of a set end stop

The insulation material manufacturer would like to separate its insulation materials - here rockwool - precisely and cleanly.

The special cement blocks should be separated with a thin cutting gap of less than 0.3 mm and dimensionally accurate.

Cardboard can also be cut cleanly, accurately and without large residues using a diamond wire.

This is a rubber lip, in which the position and connection of the metal insert is to be tested.