It's the wheel that counts

MADE BY BOHLE

Highest precision, best quality and efficient tool life. First-class cutting technology is a question of perfection. Silberschnitt® cutting wheels from Bohle are characterised by the highest quality standards and a long service life. They are manufactured from high-quality raw materials on precision machines with extraordinary care, and convince through excellent cutting results with particularly long service lives.

Best raw materials and perfect processing

Bohle recognised the extraordinary properties of tungsten carbide early on. A multiple running performance compared to conventional steel wheels is one of the great advantages of the material. Furthermore, tungsten carbide cutting wheels are characterised by uniformly good cutting properties, and the resulting clean breaking edges for different glass thicknesses. A similar development is taking place with PCD (polycrystalline diamond), which is used in particular when exceptionally long tool lives are also required. A careful selection and analysis of the raw material is the starting point for the production of high-quality cutting wheels.

But not only the basic material is decisive for the quality. The greatest know-how lies in the further processing of the blanks, which are given their very special finish on our self-developed machines. Because only the grind, the execution of which depends on the later application, leads to a uniformly long service life and optimal cutting results. The best running properties of Silberschnitt® cutting wheels are achieved by machining the bores in the honing process as well as the finest grinding and lapping of the side surfaces. The majority of well-known cutting machine manufacturers worldwide trust in Silberschnitt® quality and equip their systems with industrial cutting technology from Bohle as standard.

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Industrial Glass Processing Catalogue.pdf

Directly to the shop

Silberschnitt® HM cutting wheels type 03

+ 69 Variations

Silberschnitt® HM cutting wheels type 03

Art. no.: BO03A152

Cutting edge angle: 152°
Grind: Active
Package contents: 10 Pieces
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm

Silberschnitt® HM cutting wheels type 12

+ 63 Variations

Silberschnitt® HM cutting wheels type 12

Art. no.: BO12A145

Cutting edge angle: 145°
Grind: Active
Package contents: 10 Pieces
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

+ 69 Variations

Silberschnitt® HM cutting wheels type 03

Art. no.: BO03B145

Cutting edge angle: 145°
Grind: Basic
Package contents: 10 Pieces
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm

+ 69 Variations

Silberschnitt® HM cutting wheels type 03

Art. no.: BO03A145

Cutting edge angle: 145°
Grind: Active
Package contents: 10 Pieces
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm

+ 63 Variations

Silberschnitt® HM cutting wheels type 12

Art. no.: BO12A148

Cutting edge angle: 148°
Grind: Active
Package contents: 10 Pieces
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

+ 69 Variations

Silberschnitt® HM cutting wheels type 03

Art. no.: BO03A155

Cutting edge angle: 155°
Grind: Active
Package contents: 10 Pieces
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm

Cutmaster® Gold - The Long life Cutting Wheel

The innovative Cutmaster® Gold carbide cutting wheel achieves what the glass processing industry has long been waiting for: the balancing act between cost reduction and simultaneous quality improvement. Cutmaster® Gold enables tool life that far exceeds that of a conventional carbide cutting wheel. In addition to the pure cost savings, the increased tool life also means a reduction in maintenance and set-up cycles, as cutting wheels and wheel holders need to be replaced less frequently.

Another advantage is the improved cut quality, which remains consistently at the highest level throughout the entire service life, which significantly reduces the risk of glass breakage and ensures process stability.

Unique performance

The significantly increased service life and continuity of performance compared to conventional carbide cutting wheels is achieved by Cutmaster® Gold through a unique coating. For example, run times of more than 250 kilometres have already been achieved in border cutting on float glass plants. A performance that was previously only possible by using cutting wheels made of polycrystalline diamond (PCD).

Cutting wheels of the Cutmaster® Gold series also always have angle labelling, which minimises the risk of confusion in practice.

Directly to the shop

Cutmaster® Gold carbide cutting wheel type 12

+ 11 Variations

Cutmaster® Gold carbide cutting wheel type 12

Art. no.: BO12A145G

Cutting edge angle: 145°
Grind: Active
Package contents: 1 Piece
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

+ 11 Variations

Cutmaster® Gold carbide cutting wheel type 12

Art. no.: BO12A158G

Cutting edge angle: 158°
Grind: Active
Package contents: 1 Piece
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

+ 11 Variations

Cutmaster® Gold carbide cutting wheel type 12

Art. no.: BO12A152G

Cutting edge angle: 152°
Grind: Active
Package contents: 1 Piece
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

+ 11 Variations

Cutmaster® Gold carbide cutting wheel type 12

Art. no.: BO12A155G

Cutting edge angle: 155°
Grind: Active
Package contents: 1 Piece
Wheel geometry: Ø 4,1 x 1,08 x Ø 1,42 mm

Cutmaster® Gold carbide cutting wheel type 03

+ 19 Variations

Cutmaster® Gold carbide cutting wheel type 03

Art. no.: BO03A145G

Cutting edge angle: 145°
Grind: Active
Package contents: 1 Piece
Wheel geometry: Ø 5,6 x 1,08 x Ø 1,42 mm

Cutmaster ® Platinum - The cutting wheel for the highest demands

The innovative cutting wheels of the Cutmaster® Platinum series were specially developed by Bohle to produce high-quality cutting edges. Provided with a unique microstructure, these wheels achieve excellent cutting results with minimal edge damage even at low cutting forces.

Due to the special arrangement of the structure, the cutting wheel only penetrates the glass surface selectively, no continuous scribe track is created. The dividing crack of the fissure is thus guided exactly in the cutting direction. Accompanying jumps or damage deviating from the scribe line are effectively avoided and edge damage is reduced to a minimum.