Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Specifically designed geometry to suit stainless steel applications – generating high stock removal on Inox components. Reducing heat build up at the cutting edge and workpiece. High performance grinding – ensuring production savings and reduced ...

Short chip formation for use on high tensile steels.

Ideal for aluminium alloys, soft non-ferrous metals and thermoplastics, producing easy chipflow and smooth operation.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Ideal for aluminium alloys, soft non-ferrous metals and thermoplastics, producing easy chipflow and smooth operation.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Specifically designed geometry to suit stainless steel applications – generating high stock removal on Inox components. Reducing heat build up at the cutting edge and workpiece. High performance grinding – ensuring production savings and reduced ...

Short chip formation for use on high tensile steels.

Ideal for aluminium alloys, soft non-ferrous metals and thermoplastics, producing easy chipflow and smooth operation.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Specifically designed geometry to suit stainless steel applications – generating high stock removal on Inox components. Reducing heat build up at the cutting edge and workpiece. High performance grinding – ensuring production savings and reduced ...

Short chip formation for use on high tensile steels.

Ideal for aluminium alloys, soft non-ferrous metals and thermoplastics, producing easy chipflow and smooth operation.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Specifically designed geometry to suit stainless steel applications – generating high stock removal on Inox components. Reducing heat build up at the cutting edge and workpiece. High performance grinding – ensuring production savings and reduced ...

Short chip formation for use on high tensile steels.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...

Specifically designed geometry to suit stainless steel applications – generating high stock removal on Inox components. Reducing heat build up at the cutting edge and workpiece. High performance grinding – ensuring production savings and reduced ...

Ideal for aluminium alloys, soft non-ferrous metals and thermoplastics, producing easy chipflow and smooth operation.

Recommended for general deburring and weld removal where a scratch free surface is paramount.

A universal cutting style offering smooth operation with a high cutting action, producing short chips and no clogging.

Features a stronger tooth formation (angle 90°) compared to conventional burrs with up to an extra 50% life and an extra 40% stock removal. Therefore, it offers improved productivity.

Specially designed geometry to suit steel and cast steel applications. Aggressive cutting form – producing large chips with increased stock removal. Generating lower heat at cutting edge. Increasing machining output on steel components compared to ...