Burr, coated GARANT Master Uni – medium, Carbide TiAlN, Type: F0618

Article no.: 540222 F0618
plus VAT at the current rate Prices plus delivery costs
Individual prices for business customers after login.
on request
In stock
24 pieces in stock

Select article variation and quantity

Type Unit price incl. VAT
  • Shank ⌀: 6

Add to wishlist

Share this product

or copy this link

Product details

Technical Data

Series GARANT Master Uni
Type of cut Unequal toothing
Toothing grit designation medium
Tool material Carbide TiAlN
Coating TiAlN
Shape description round arch
Head ⌀ 6 mm
Head length 18 mm
Overall length 50 mm
Shank ⌀ 6 mm
Type of product Burr

Identification numbers & Classifications

Article number 540222 F0618
EAN / GTIN 4062406586904
Manufacturer number 540222 F0618

Application Table

Alu Mg
 
Steel < 900 N/mm²
 
Steel < 1400 N/mm²
 
Steel < 55 HRC
 
Steel < 60 HRC
 
INOX
 
Ti
 
GG(G)
 
Uni
 

Description

Version:

The newly developed innovative tooth geometry permits a high metal removal rate and at the same time extremely smooth running and very good guidance. The optimum chip formation (no pointed chips) achieves high surface quality in roughing and finishing applications.
  • High rate of material removal.
  • Smooth running.
  • Low thermal stress, long tool life, improved chip evacuation.
  • For general-purpose use on steel, stainless steel, aluminium.

Shank ⌀ 6 mm.
GARANT burrs are manufactured from high performance carbide grades with high wear-resistance and maximum cutting edge strength, using only the latest CNC machines. Steel shanks are used when the head diameter is larger than the shank diameter, otherwise they are made from solid carbide. Additional TiAlN coating for longer working life and temperature resistance. For high thermal and mechanical loadings (Heavy Duty).
  • Longer tool life.
  • Less heat input.
  • Better chip evacuation.

Application:

Suitable for use with power tools and industrial robots, on almost all materials. For deburring, edge breaking, cleaning,
weld and surface preparation.

Note:

Materials with poor heat conductivity: Reduce speed in order to avoid overheating the burr and smearing.

Downloads & documents

Services & product advisors

Direct purchase

Sign in to your Account

To shopping cart