- GMO deburring tool

Back to overview │ GMO deburring tool │ GMO deburring cutter │ GMO Lollipop │ GMO HSF-Tool

Compact, reliable, user-friendly ...

... the GMO deburrer

The GMO deburrer allows reliable and integrated deburring of even the smallest bores Ø0.8mm in seconds, directly on the processing machine.

Your advantages at a glance:

Deburring process in seconds
Deburring of the smallest bores from Ø0.8 mm
Deburring flat and curved hole edges
Durable carbide cutting tools
Infinitely adjustable deburring diameter
Easy to use
Avoidance of subsequent processing

The GMO deburrer is designed for bores from Ø 0.80 mm to Ø 15.0 mm.

In order to obtain the ideal conditions for the different diameters to be deburred, various easily interchangeable inserts are available. These can each be continuously adjusted to the exact diameter required.

The deburring thickness is adjustable by using 4 different interchangeable compression springs. In addition, the spring force can be fine-tuned using an adjusting screw. Cutting edges are available in all variations for the different requirements.

You can choose cutting edges for internal deburring or internal and external deburring.

Special designs for strongly curved hole edges are also available.

A large number of the cutting edges are standard tools that you can order directly. We also offer special cutting edges according to customer requirements.

Our wide range of standard cutting edges is rounded off by our high flexibility in the manufacture of special solutions.

Tool construction

① Solid carbide cutting edge

② Compression spring

③ Adjusting screw for adjusting the spring force

④ Adjusting screw for setting the swivel dimension depending on the bore diameter

Functionality

Two different deburring methods are possible with the GMO deburrer.

Deburring with the use of a compression spring

Advantage:

Very fast deburring process
The cutting edge adapts to the edge of the hole

Retract

Position the tool spindle in the center of the hole. Adjust the cutting edge so that the edge of the hole lies in the middle of the cutting edge.

Drive through the hole

Drive through the hole with the rotating tool and high feed rate. The front edge of the cutting edge is rounded to prevent damage to the hole.

Deburring the bore

The spring pressure causes the tool to pivot outwards until the tool neck rests against the edge of the hole. Now retract the cutting edge at a slow feed rate (F = 80). After reaching the desired bevel size, move the tool out of the hole at a high feed rate.

Deburring with a fixed setting (without pressure spring)

Advantage:

For holes with a larger burr
Defined bevel can be produced

To adjust

Position the tool spindle in the center of the hole. Adjust the cutting edge so that the edge of the hole lies in the middle of the cutting edge.

Offset

Orient the tool spindle and offset it from the center of the hole so that the cutting edge can freely enter the hole.

Drive through the hole

Drive through the hole with the spindle stationary. The cutting edge does not touch the wall of the bore.

Move back

Position the tool spindle back in the center of the hole.

Deburring

Switch on the spindle and move back at a slow feed rate (F = 80). After reaching the desired bevel size, stop the spindle and work through steps 2 - 4 in reverse order.

Scope of delivery