Tungsten carbide high-performance burr INOX ball KUD dia. 10x09 mm shank dia. 6 mm for stainless steel

Technical information

Cut: INOX
Dia. external: 10 mm
Dia. shank: 6 mm
Length, cut: 9 mm
Length, total: 49 mm
RPM, hard non-ferrous metals: 8000 - 14000 RPM
RPM, rust and acid-resistant steels: 14000 - 19000 RPM
RPM, soft non-ferrous metals: 8000 - 14000 RPM
Packaging unit: 1 piece

Description

With the INOX cut, PFERD TOOLS has developed innovative burrs for work on stainless steel (INOX). The INOX cut is characterized by an extremely high stock removal rate on all austenitic steels, as well as rust- and acid-resistant steels. It generates significantly less vibration than a comparable cross cut.

Ball-shaped burr according to DIN 8032.

Special features

Excellent stock removal rate and tool life due to innovative tooth geometry.
Achieves high surface qualities through optimum chip formation.
Prevents heat discolouration in the material due to reduced heat production.
The highly accurate concentricity enables impactfree working without creating chatter marks. This considerably reduces wear on the tool and tool drive.

Recommendations for use

To prevent vibrations, place the tools on powerful drives with an elastically supported spindle wherever possible.
Observe the recommended rotational speeds.
To ensure costeffective use of burrs, use a higher rotational speed and cutting speed. Use burrs with a shank diameter of 6 mm with drives with a power output from 300 watts.

Safety notes

The very high stock removal rate can cause discolouration on the shank. This does not constitute a safety risk.

Materials that can be worked: Hard non-ferrous metal; Stainless steel (INOX); Titanium; Titanium alloys

Applications: Cutting out holes; Deburring; Leveling; Milling; Milling out; Surface work; Work on weld seams

Drive types: Automated centres; Drive spindle; Flexible shaft drive; Straight grinder; Tool machine

PFERD TOOLS VALUE

PFERD TOOLS EFFICIENCY

recommends burrs with the INOX cut for working for long periods with low levels of fatigue, whilst saving resources and achieving perfect results as quickly as possible.