The two wing radius profile bit is designed for producing internal and external rounds. Thanks to the compact design this tool can produce a tight corner on internal rounds (0.1mm radius). The tool is ground down from a single carbide rod which means it has a very strong core and can run at higher speeds than braised tip radius profile bits. It can also be resharpened many times.

Roughing router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish.

Down cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced downwards. Therefore, the best finish is on the topside of the cut part. The downwards chip flow also assists in holding the material in place. However, feed speeds should be reduced due to the increase of pressure on the tool.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Down cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced Downwards. Therefore, the best finish is on the topside of the cut part. The downwards chip flow also assists in holding the material in place. However, feed speeds should be reduced due to the increase of pressure on the tool.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Down cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced Downwards. Therefore, the best finish is on the topside of the cut part. The downwards chip flow also assists in holding the material in place. However, feed speeds should be reduced due to the increase of pressure on the tool.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Down cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced Downwards. Therefore, the best finish is on the topside of the cut part. The downwards chip flow also assists in holding the material in place. However, feed speeds should be reduced due to the increase of pressure on the tool.

The single flute (O-flute) alluminium cutter is designed for optimum chip clearance and leaves a mirror finish. Up cut refers to the direction of the flute. As the router bit grooves, pockets and mills, the chips are forced upwards.

This cutter also uses micro-fine DLC coating for improved performance.

The Diamond Like Carbon (DLC) Coating increases the life of the tool.

It increases the micro-hardness of the surface to 5000HV.

It has excellent smoothness which reduces friction and consequently heat when machining. This is incredibly important when working with metals to prevent chips from welding to the tool edge. The coating has a thickness of only 2-3 microns.

Max RPM 18000

The Burr Tool is a universal router bit for composite materials. It has a unique geometry and our Panel Tools DLC coating which allows it to cut through fibreglass, carbo-fibre, aluminium honeycomb core and other composite or sandwich panels on a standard flatbed CNC

• Diamond like carbon (DLC) Coating for longevity
• Solid Carbide
• Fine point burr geometry for best finish

Roughing router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish. Up cut refers to the direction of the flute.

As the router bit grooves, slots and cuts the chips are forced upwards. Therefore, the best finish is on the underside of the cut part. Up cut spirals are not recommended for softer materials such as MDF as the finish on the top surface is often ragged. Up-cut spirals can run at higher speeds but requires good quality suction on table to prevent material tug.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Roughing router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish.

Up cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced upwards. Therefore, the best finish is on the underside of the cut part. Up cut spirals are not recommended for softer materials such as MDF as the finish on the top surface is often ragged. Up-cut spirals can run at higher speeds but requires good quality suction on table to prevent material tug.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Chipbreaker router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish. They are not very different to finishing cutters except for the grooves in the cutting edge. These grooves cut off the chip being formed by the cutting edge, relieving pressure on the tool and allowing the hot chip to fly off into the dust extraction.

Shortening the chips cools the tool and is particularly useful when machining hard glues and laminates that wear away at an overheating cutter. The notches are offset so you aren’t left with lines on the board. The following edge removes any remaining material and the finish left behind is close to perfect. However, there is a slight coarseness left behind by the corners of the notches that dig into the material.

Following with a finish cutter or using a pre-milling station before edging is reccomended.

 Compression cutters combine both and up cut and down cut spirals to force chips into the centre of the panel. The inwards pressure prevents chipping on either surface.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

The Diamond Like Carbon (DLC) Coating increases the life of the tool.

It increases the micro-hardness of the surface to 5000HV.

It has excellent smoothness which reduces friction and consequently heat when machining. This is incredibly important when working with metals to prevent chips from welding to the tool edge. The coating has a thickness of only 2-3 microns.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Compression cutters combine both and up cut and down cut spirals to force chips into the centre of the panel. The inwards pressure prevents chipping on either surface.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Straight Flute Bits have a no upwards or downwards chip projection leaving a relatively smooth finish on both surfaces of the cutting material. A spiral cutter may produce a finer finish than straight flute bits, however, they are less expensive and cut cooler than spiral cutters due to the relatively clear flutes.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Compression cutters combine both and up cut and down cut spirals to force chips into the centre of the panel. The inwards pressure prevents chipping on either surface.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Aluminium Composite Panels (ACP) can be folded to make decorative features. A V Folding Cutter cuts a V Groove through the top aluminium layer and the composite leaving a flat on the bottom layer of aluminium. This allows the panel to be folded at a sharp angle.

V Folding Cutters come in 90 degrees, 108 degrees and 135 degrees.

Roughing router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish.

Compression cutters combine both and up cut and down cut spirals to force chips into the centre of the panel. The inwards pressure prevents chipping on either surface.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Compression cutters combine both and up cut and down cut spirals to force chips into the centre of the panel. The inwards pressure prevents chipping on either surface.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Up cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced upwards. Therefore, the best finish is on the underside of the cut part. Up cut spirals are not recommended for softer materials such as MDF as the finish on the top surface is often ragged. Up-cut spirals can run at higher speeds but requires good quality suction on table to prevent material tug.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Up cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced upwards. Therefore, the best finish is on the underside of the cut part. Up cut spirals are not recommended for softer materials such as MDF as the finish on the top surface is often ragged. Up-cut spirals can run at higher speeds but requires good quality suction on table to prevent material tug.

Two flute router bits have a smooth cutting action and a greater finish in harder materials.

Roughing router bits remove excess material during nesting applications, this allows for a finishing cutter to remove the remaining onion skin leaving a superb finish.

Down cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced downwards. Therefore, the best finish is on the topside of the cut part. The downwards chip flow also assists in holding the material in place. However, feed speeds should be reduced due to the increase of pressure on the tool.

Three flute router bits have a smooth cutting action and a greater finish in harder materials. Three flute router bits last longer, run faster feed rates and are less susceptible to breaks than one and two flute router bits.

Finishing router bits produce a smooth and visually appealing surface finish on the material. They work best when following a roughing cutter.

Up cut refers to the direction of the flute. As the router bit grooves, slots and cuts the chips are forced upwards. Therefore, the best finish is on the underside of the cut part. Up cut spirals are not recommended for softer materials such as MDF as the finish on the top surface is often ragged. Up-cut spirals can run at higher speeds but requires good quality suction on table to prevent material tug.

One flute router bits are recommended for plastics, also softer materials can be run at higher feed rates.