Burs

Separating Strips

Separation strips: microscopically thin helpers for a sophisticated look

We offer a broad range of separating strips with different characteristics. All are made of rust-free stainless steel and are either smooth, coated with diamond grit or aluminium oxide as an economical alternative. There are one-sided toothed strips, perforated, provided with a threading hole, or with a ridge for polishing.

Diamond separation strips made from rust-free stainless steel

These strips have a far longer life than Stahlcarbo® (steelcarbo®) strips due to their diamond coating. They can be autoclaved and sterilized.

Stahlcarbo® strips
Corundum-bound electro-deposited on stainless steel, autoclavable and sterilizable.

Horico Diamond Torpedo Bur

Torpedo shaped burs are used by dentists, dental lab workers, jewelers, and hobbyists. These burs have a straight side with a torpedo or bevel shape tip. They are available in a wide range of diameters. Torpedo burs are made from various materials, including steel, carbide, and abrasives, as well as diamonds.

The selection of the bur is based on the task to be accomplished and what material is being worked with, whether it is natural enamel, acrylic, metals such as gold and silver, or wood. Diamond torpedo burs are frequently used for tooth preparation. There are a number of silicone polishers available in this shape. 

Dental laboratory work is often completed with torpedo shaped carbide cutters. These cutters are available as regular cut, double cut, fine cut, double fine cut, or double extra fine cut burs.

Horico Diamond Discs

Diamond discs: The first flexible discs worldwide. And their equally innovative successors

Our diamond discs are multi-coated and are ideal for all saw cutting while working in the laboratory - whether separating, contouring or even grinding ceramics.

An example of our pioneering research is the Diaflex ® disc: With this, we invented the world's first flexible and stainless diamond disc with a thickness of 0.2 and 0.3 mm. Later we developed Superdiaflex® - an even more flexible disc with a thickness of only 0.1 and 0.15 mm. Both discs are available in different grain sizes, perforations and cuts - for example, as mesh discs, which allow you to work with the best possible view of the work area.

No matter which version you choose, you can rely on quality workmanship and precision manufacturing of quality materials - and hence, a longer service life with optimum running smoothness during operation.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Burs

Precise carbide instruments for accurate treatment HORICO carbide drills are made of high-density micro-grain carbide, which is stronger than steel and ensures a long service life without loss of sharpness. Use them to remove old amalgam fillings, metal crowns or bridges. Also use our finisher made from the same high value materials to smooth tooth surfaces accurately.

Tungsten Carbide Cutters
Carbide cutters: for any application and all materials Carbide cutters from HORICO set the standard with their strength and fine grinding patterns. Plus, you can work in an ergonomically wrist-friendly way using almost no pressure. They are available with a variety of toothing any purpose. Therefore, you can work with the highest precision on any material – whether plaster, plastics or metal alloys.

Tungsten Carbide Cutters
Carbide cutters: for any application and all materials Carbide cutters from HORICO set the standard with their strength and fine grinding patterns. Plus, you can work in an ergonomically wrist-friendly way using almost no pressure. They are available with a variety of toothing any purpose. Therefore, you can work with the highest precision on any material – whether plaster, plastics or metal alloys.