High performance end mills

ibb Multi Colored Heavy Metal has been specially developed to meet the requirements of the
mechanical engineering, mold and die production, automobile manufacturer and suppliers, aerospace business. All ideas and products are created in-house – as well as the idea of coulor coding of the tools for quick assignment to the respective application.

Perfectly balanced

Carbide substrate, geometry, micro-geometry of the cutting edge and the coating of the tools are adapted to the application in the respective material.

Craft tradition and industrial progress

Over 30 years of tradition and experience – applied on multi-axis CNC grinding machines allow highest precision.

Guaranteed quality

100% quality control – in addition to process measurement.

Tradition of craftsmanship and industrial progress guide us in our striving for perfection, the perfect tool, the solution for the customer.

Tobias Zikoll – Managing Director

Multi Coloured Heavy Metal

TOPAS

universal to 40HRC

- with yellow ring
- for universal machining of materials up to 1100 N/mm²
- economical product program for wet and dry machining
- vDifferent machining options with optimized geometries
- Shank design according to DIN 6535 HA or DIN 6535 HB
- Tools according to DIN 6527 or factory standard

RUBIN

universal to 65HRC

- with red ring
- for high-strength and hardened materials up to 2000 N/mm²
- Precise tools for high demands
- Tools for HSC-, HPC- and hard machining
- highest diameter and concentricity accuracy
- Different machining options with optimized geometries
- Shank design according to DIN 6535 HA or DIN 6535 HB

SAPHIR

stainless steel and titanium

- with blue ring
- for titanium and stainless steels
- reinforced tools for demanding machining
- special surface finish for improved chip removal
- Different machining options with optimized geometries
- SShank design according to DIN 6535 HA or 6535 HB

SMARAGD

aluminum, copper and plastics

- with green ring
- for aluminum, copper and plastics
- optimized geometries and special surface finish for improved chip removal
- Different machining options with optimized geometries
- Shank design according to DIN 6535 HA or DIN 6535 HB

OPAL

for universel and HPC

- with black ring
- for universal and HPC machining up to 45HRC
- Very smooth running due to unequal pitch and helix
- optimized micro-geometry of the cutting edge
- Shank design according to DIN 6535 HA or DIN 6535 HB

LIBRA

trochoidal and HPC

- for trochoidal and HPC machining
- very balanced running due to unequal arrangement of the cutting edges and special geometry
- for different applications and materials
- Shank design according to DIN 6535 HA or DIN 6535 HB

FORMA

mold and die industry

- especially for mold and die industry
- highest precision and accuracy
- Different geometries and designs, e.g. High feed milling u.a. for demanding machining
- special cutting edge geometry and coating
- defined conical and cylindrical necks