Accuromm Central Europe

A tool engineering company that supports all work related to tools

Easy burr removal even from complex contours!

Tilt mechanism enables mechanization of copying process

Improved productivity by reliable burr removal

Reliable burr removal even from copying shapes

Tilt mechanism prevents burrs from being left behind

Suitable cutting edge is selected according to the application

Amazing facts!

── Introducing ideas and technologies ──

The tilt type deburring holder uses a tilt mechanism to enable copying of complex workpiece contours.
By absorbing and copying dimensional variations and shape errors of the workpiece, stable deburring is possible, contributing to improved productivity using a machining center.

This is the point!

Structure of the tilt type deburring holder

Excellent!

A tilt mechanism of approximately 4 mm on each side compensates for differences in workpiece dimensions. Available with various tool tips: rotating rod, grinding stone etc.

Removes burr, imitating the workpiece dimensions. Constant processing pressure due to reaction force.

Development / product concept

“Current status and challenges”

  • Traditionally, burrs that occur on the contour shape of a workpiece are removed by hand or with a brush, but this process takes an enormous amount of time and may leave residual burrs.
  • When deburring with a machining center to shorten the work time, there are many problems, such as leaving burrs, over-shaving the workpiece, and difficult machining program adjustment due to variations in the workpiece dimensions.

“Development points”

  • The “Tilt-Type Deburring Holder” uses a 360° tilt mechanism to make the cutting tool follow the shape of the workpiece with a constant load. It contributes to productivity improvement by realizing stable and reliable deburring using a machining center.

Product specification

Tool name

Tilt type deburring holder
(for copying)

Target process

Cylinder head (mating surface), etc.

Work material

Aluminium, steel, cast iron

Standard conditions

Spindle speed: n = 2000 min-1
Feed: f = 0.48 mm/rev

Cylinder head