Corner Beads & Panel Moulds

Ideal For Edge Of Drawer Fronts And Cabinet Doors. Dimensions: D=13 Mm D2=1.2 Mm C=12 Mm R=4 Mm Ol=40.6 Mm Shank Diameter=1/4 Inch Shank Diameter: 1/4 Diameter Metric: 13 Diameter

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=2

Shank Mounted Bearing Follows Template Mounted On Board Surface. It Is Advisable That The Template Is At Least 5mm Thicker Than The Cutter. Dimensions: D=22 Mm C=1/2 Inch C=12.7 Mm B=22 Mm

Shank Mounted Bearing Follows Template Mounted On Board Surface. It Is Advisable That The Template Is At Least 5mm Thicker Than The Cutter. Dimensions: D=35 Mm C=9/16 Inch C=14.3 Mm B=35 Mm

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

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Creates A Corner Bead With A Step. By Making A Second Pass At 90 Degrees A Full Corner Bead Can Be Cut. Tct Featuring Dnamic Carbide With Extended Life For Abrasive Materials Such As Chipboard, Mdf

Classic Skirting Board Mould. Dimensions: D=37 Mm C=40 Mm B=16 Mm R=13.5 Mm Ol=89 Mm Shank Diameter=1/2 Inch Shank Diameter: 1/2 Diameter Metric: 37 Cut Length Metric: 40 Ove

These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Dimensions: D=13.5 Mm C=1/2 Inch C=12.7 Mm R=2 Mm Ol=53 Mm Shank Diameter=1/4 Inch Shank Diameter

These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Ref. C068 Can Be Used With Ref. C181 For Dust Proof Joints. Dimensions: D=15 Mm C=1/2 Inch C=12.7 Mm R=

These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Dimensions: D=17 Mm C=3/4 Inch C=19.1 Mm R=3.6 Mm Ol=68 Mm Shank Diameter=1/4 Inch Shank Diameter

Trend C070bx1/2tc Staff Bead/nosing 8mm Rad These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Dimensions: D=27 Mm C=30 Mm Ol=2 19/32inch Ol=68 Mm

Trend C070cx1/2tc Staff Bead/nosing 10mm Rad These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Dimensions: D=33 Mm C=35 Mm Ol=2 7/8 Inch Ol=73 M

These Staff Bead Are Ideal For Producing Nosings And Attractive Edges. Edge Cut Only. Dimensions: D=20 Mm C=3/4 Inch C=19.1 Mm Ol=2 1/4 Inch Ol=59 Mm R=5.2 Mm Shank Diameter=1/4 Inch

This Double Ribbed Ovolo Style Is An Alternative To The Rounding Over Cutter. If The Cutter Is Lowered, A Top Quirk Can Be Produced. Dimensions: D=28 Mm C=1/2 Inch C=12.7 Mm B=9.5 Mm B2=12.7

This Double Ribbed Ovolo Style Is An Alternative To The Rounding Over Cutter. If The Cutter Is Lowered, A Top Quirk Can Be Produced. Dimensions: D=34.5 Mm C=11/16 Inch C=17.5 Mm B=9.5 Mm B2=1

Attractive Edge Moulds. A Full Corner Bead Can Be Produced By Making A Second Pass At 90 Degrees. Dimensions: D=1 1/32 Inch D=26 Mm D2=22 Mm C=5/8 Inch C=16 Mm B=15.9 Mm R=4.8 Mm Ol=70.5

Attractive Edge Moulds. A Full Corner Bead Can Be Produced By Making A Second Pass At 90 Degrees. Dimensions: D=7/8 Inch D=22.3 Mm D2=20 Mm C=35/64 Inch C=14 Mm B=12.7 Mm R=3.2 Mm Ol=65.

For Decorative Panel And Veining Work. Ideal For Carving With The Routerlathe. Dimensions: D=3/8 Inch D=9.5 Mm C=7.5 Mm R=4.8 Mm Ol=47.5 Mm Shank Diameter=1/4 Inch Shank Diameter: 1/4

For Panel And Veining Work. Ideal For Barley Twists Using The Routerlathe. Dimensions: D=1 1/16 Inch D=27 Mm C=5/8 Inch C=16 Mm R=7.5 Mm Ol=56 Mm Shank Diameter=1/4 Inch Shank Diameter:

Attractive Edge Moulds. A Full Corner Bead Can Be Produced By Making A Second Pass At 90 Degrees. Dimensions: D=31.9 Mm D2=28.6 Mm C=22.5 Mm B=16 Mm R=7 Mm Ol=71 Mm Shank Diameter=1/2 Inch

Attractive Edge Moulds. A Full Corner Bead Can Be Produced By Making A Second Pass At 90 Degrees. Dimensions: D=31.9 Mm D2=28.6 Mm C=22.5 Mm B=16 Mm R=7 Mm Ol=72.5 Mm Shank Diameter=1/4 In

Attractive Edge Moulds. A Full Corner Bead Can Be Produced By Making A Second Pass At 90 Degrees. Dimensions: D=38.1 Mm D2=34.7 Mm C=26 Mm B=16 Mm R=9.5 Mm Ol=74 Mm Shank Diameter=1/2 Inch

Wide Combination Moulds For Edging Table Tops And Shelves. For Stationary Machines - 16000 Rpm Recommended Speed. Dimensions: D=63 Mm C=20 Mm B=12.7 Mm R=10.5 Mm R2=6.5 Mm Ol=82.5 Mm Shank