Precise, high-speed CNC cross hole deburring solution

XEBEC Back Burr Cutter and Path

XEBEC Technology Co., Ltd. offer an innovative CNC hole deburring solution called “XEBEC Back Burr Cutter and Path”.

This solution consists of a tool path program customized for each customer and a spherical cutter specially developed for deburring. With the tool path program, the Cutter precisely goes along the edge of drilled holes, making this solution ideal for deburring on the back side of holes after drilling.

Customized Machining Program Which Solves Deburring Problems

The advantages of the machining program customized for each customer include the followings:

Timesaving

Deburring with conventional deburring tools requires tools in different sizes depending on the hole size and combination of holes. However, with the machining program, one size of the XEBEC Back Burr Cutter can be applied to various hole sizes and combination of holes. It saves time for changing tools.

Applicable to various holes

The program is applicable to a wide range of the hole shapes and combination of holes. It is applicable to deburring on angled holes, broken holes, slotted holes and orthogonal cross holes.

Shortens cycle time

With the Cutter programed to directly approach the edge where burrs are generated, the program contributes to shorten the cycle time.

Prevents secondary burrs

With the optimized approaching angle of the Cutter, secondary burrs are rarely generated.

Consistent deburring amount (deburring width)

Longer tool life

The contact point of the Cutter to a workpiece is continuously changing. That contributes to make the tool life longer.

Customized for each customer

XEBEC Technology will customize the machining program for each customer according to the data provided by the customer.

The Cutter developed by the deburring specialist

The main features of the XEBEC Back Burr Cutter include:

- Micro-grain cemented carbide is used for a long tool life

- AlTiCrN coating for heat resistance

- Applicable to non-ferrous metals such as aluminum and difficult-to-cut materials such as titanium

- Suppress the generation of secondary burrs

- The minimum diameter of φ0.8mm for small holes

For more information, please contact us.