Trend

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

This Raised Panel cutter runs best at lower speeds between 12,000 and 18,000 RPM. Matches our range of profile scribers. Suitable for use on natural timber and MDF. When joining sections to produce solid wood panels, alternate the growth ring dire...

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

Ideal for following templates when panelling and profiling in furniture manufacture. It is advisable that the template is at least 5mm thicker than the cut length of the cutter. Dimensions: D=22 mm C=10 mm B=22 mm R=3.5 mm OL=51 mm Shank Diameter=...

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

Machining of traditional panels and frame doors, formerly done on spindle moulders, can now be performed with heavy duty routers mounted in fixed positions, either overhead or inverted. These Raised Panel cutters run best at lower speeds and match o...

Shape similar to Ref. 18/80. Suitable panel mould for use with Ref. PSC/5 & PSC/50. Dimensions: D=28.5 mm C=38 mm A=75 degrees OL=76 mm Shank Diameter=1/2 inch Chamfer height= 27.5 mm Shoulder height=10.5 mm Shank Diameter: 1/2 Diameter Metric: 2...

To create profiles in the face or edge of drawer fronts and cabinet doors. Dimensions: D=19 mm D2=6.5 mm C=11 mm R=4 mm OL=53 mm Shank Diameter=1/4 inch Shank Diameter: 1/4 Diameter Metric: 19 Diameter 2 Metric: 6.5 Cut Length Metric: 11 Overal...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Cutters of 2.0mm diameter and below should have a maximum of 1.0mm depth of cut ...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Cutters of 2.0mm diameter and below should have a maximum of 1.0mm depth of cut ...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Cutters of 2.0mm diameter and below should have a maximum of 1.0mm depth of cut ...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Cutters of 2.0mm diameter and below should have a maximum of 1.0mm depth of cut ...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Small diameter tools must be handled with care to avoid breakage. Single flute...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Small diameter tools must be handled with care to avoid breakage. Single flute...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Cutters with prefix S are Solid Carbide. Cutters of 2.0mm diameter and below should have a maximum of 1.0mm depth of cut ...

These are made from a single piece of High Speed Steel, ground with a very fine edge. They are only suitable for non abrasive materials, but will give a superior finish in soft timbers. Generally HSS cutters are slightly less expensive than their...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Small diameter tools must be handled with care to avoid breakage. Single flute cutters should not be used in eccentric ch...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Small diameter tools must be handled with care to avoid breakage. Single flute cutters should not be used in eccentric ch...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Small diameter tools must be handled with care to avoid breakage. Single flute cutters should not be used in eccentric ch...

Eccentric single flute cutters. Cutters are chosen for fast free cutting, when cutting speed takes preference over finish. Small diameter tools must be handled with care to avoid breakage. Single flute cutters should not be used in eccentric ch...

Template thickness should be 5mm thicker than cut length of cutter. Can be used to rout both tenons and housings. Dimensions: D=3/4 inch D=19.1 mm C=11.1 mm B=19.1 mm OL=63.5 mm Shank Diameter=1/2 inch Shank Diameter: 1/2 Diameter Imperial: 3/4 ...

Template thickness should be 5mm thicker than cut length of cutter. Can be used to rout both tenons and housings. Dimensions: D=3/4 inch D=19.1 mm C=11.1 mm B=19.1 mm OL=57 mm Shank Diameter=1/4 inch Shank Diameter: 1/4 Diameter Imperial: 3/4 D...

Template thickness should be 5mm thicker than cut length of cutter. Can be used to rout both tenons and housings. Dimensions: D=1 inch D=25.4 mm C=11.1 mm B=25.4 mm OL=64 mm Shank Diameter=1/2 inch Shank Diameter: 1/2 Diameter Imperial: 1 Diame...

Template thickness should be 5mm thicker than cut length of cutter. Can be used to rout both tenons and housings. Dimensions: D=1 1/2 inch D=38.1 mm C=16 mm B=38.1 mm OL=69 mm Shank Diameter=1/2 inch Shank Diameter: 1/2 Diameter Imperial: 1 1/2 ...