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

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 ...

Short chip formation for use on high tensile steels.

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

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 ...

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

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 ...

Short chip formation for use on high tensile steels.

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

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 ...

Short chip formation for use on high tensile steels.

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

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 ...

Short chip formation for use on high tensile steels.

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

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 ...

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

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 ...

Short chip formation for use on high tensile steels.

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

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 ...

Short chip formation for use on high tensile steels.

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

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

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 ...

Short chip formation for use on high tensile steels.

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

Short chip formation for use on high tensile steels.

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

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

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

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

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