Collet

Collets are used in conjunction with chucks to hold your tooling. They compress down on the tooling as the nut is tightened into the chuck using a nut spanner. Collets should be replayed approximately every 400-600 run hours. Spring collets have a collapseable range of 1mm, however, it is reccomended to only use tools that are as close as possible to the upper limit of the collets hole diameter.

Compression Cutters

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 wing cutters are better at clearing dust compared to three wing cutters due to their relatively larger flutes. This is a major advantage when machining MDF or Plywood.

The smaller diameter cutter may be used for common thicknesses of board such as 16 and 18mm colorboard, whereas, the larger diameter cutter may be used for machining 25mm or 33mm board.

Xtreme Blue uses proprietary ultra-fine (0.001mm) nano-technology to apply a super-thin coating to titanium carbide. In comparison to uncoated compression cutters, Xtreme Blue cutters are 40 percent harder at 4200HV (versus 3000HV) and boast superior heat resistance to protect the blade from temperature.

Recommended parameters for optimum life:

RPM - 18000

Feed Rate - 20-24m/min

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 wing cutters are able to perform at higher speeds than two wing cutters with no reduction in cut quality (under normal conditions). However, due to the relatively smaller flutes, dust is not evacuated as easily as two flute compression bits. It is the preffered choice for milling chipboard particularly, when high output speed is required.

Xtreme Blue uses proprietary ultra-fine (0.001mm) nano-technology to apply a super-thin coating to titanium carbide. In comparison to uncoated compression cutters, Xtreme Blue cutters are 40 percent harder at 4200HV (versus 3000HV) and boast superior heat resistance to protect the blade from temperature.

Recommended parameters for optimum life:

RPM - 18000

Feed Rate - 20-24m/min

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 wing cutters are better at clearing dust compared to three wing cutters due to their relatively larger flutes. This is a major advantage when machining MDF or Plywood.

Xtreme Blue uses proprietary ultra-fine (0.001mm) nano-technology to apply a super-thin coating to titanium carbide. In comparison to uncoated compression cutters, Xtreme Blue cutters are 40 percent harder at 4200HV (versus 3000HV) and boast superior heat resistance to protect the blade from temperature.

Recommended parameters for optimum life:

RPM - 18000

Feed Rate - 18-20m/min

Collet

Collets are used in conjunction with chucks to hold your tooling. They compress down on the tooling as the nut is tightened into the chuck using a nut spanner. Collets should be replayed approximately every 400-600 run hours. Spring collets have a collapseable range of 1mm, however, it is reccomended to only use tools that are as close as possible to the upper limit of the collets hole diameter.

Compression Cutters

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 wing cutters are able to perform at higher speeds than two wing cutters with no reduction in cut quality (under normal conditions). However, due to the relatively smaller flutes, dust is not evacuated as easily as two flute compression bits. It is the preffered choice for milling chipboard particularly, when high output speed is required.

The smaller diameter cutter may be used for common thicknesses of board such as 16 and 18mm whiteboard, whereas, the larger diameter cutter may be used for machining 25mm or 33mm board.

Xtreme Blue uses proprietary ultra-fine (0.001mm) nano-technology to apply a super-thin coating to titanium carbide. In comparison to uncoated compression cutters, Xtreme Blue cutters are 40 percent harder at 4200HV (versus 3000HV) and boast superior heat resistance to protect the blade from temperature.

Recommended parameters for optimum life:

RPM - 18000

Feed Rate - 20-24m/min

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.

Watch the following video to see how to assemble the twister nut:

https://www.youtube.com/watch?v=huxIWjNLd7I

IMPORTANT:

• Set the height of the router to mill so that the twister nut is 3mm above the surface of the board for optimum results.
• Maximum RPM of 20 000
• Ensure the nut is torqued to 32Nm to avoid slipping
• Wear ear protection when using this tool

Suited for BIESSE, SCM and HOMAG CNC machines.

Comes with tightening c-spanner.

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.

Main Blade: 300mm Z=96 TC Green...

Scribe: 120mm Z=12+12 FT

Main Blade

This saw blade performs general purpose panel sizing and fine detail trimming efficiently. The Triple Chip (TC) tooth geometry is highly regarded for its durability and low tooth drag. We recommend this saw blade for its precision straight cutting and high durability.

Scribe Blade

Scoring blades work in conjunction with your panelling saw blade to cut panels without chipping. This scoring blade consists of two pieces which fit together (separated by shims) and have Flat Tooth (FT) tooth geometry. The width can be adjusted by increasing the overall thickness of shims. FT blades have a balanced cutting force, cutting both sides of the kerf at once.

Main Blade: 300mm Z=72 ATB Green...

Scribe: 120mm Z=12+12 FT

Main Blade

This saw blade performs general purpose panel sizing efficiently. The alternate top bevel (ATB) tooth geometry is designed for cross cut and some rip applications. The main benefits of using this saw blade is the low cutting pressure and minimal tear out due to the large side clearance angles.

Scribe Blade

Scoring blades work in conjunction with your panelling saw blade to cut panels without chipping. This scoring blade consists of two pieces which fit together (separated by shims) and have Flat Tooth (FT) tooth geometry. The width can be adjusted by increasing the overall thickness of shims. FT blades have a balanced cutting force, cutting both sides of the kerf at once.

Main Blade: 300mm Z=72 ATB Xtreme

Scribe: 120mm Z=12+12 FT

Main Blade

This saw blade performs general purpose panel sizing efficiently. The alternate top bevel (ATB) tooth geometry is designed for cross cut and some rip applications. The main benefits of using this saw blade is the low cutting pressure and minimal tear out due to the large side clearance angles.

Scribe Blade

Scoring blades work in conjunction with your panelling saw blade to cut panels without chipping. This scoring blade consists of two pieces which fit together (separated by shims) and have Flat Tooth (FT) tooth geometry. The width can be adjusted by increasing the overall thickness of shims. FT blades have a balanced cutting force, cutting both sides of the kerf at once.

$171.60 ea (ex. GST).

Displayed price is for the bundle (incl. GST).

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.

$202.80 ea (ex. GST).

Displayed price is for the bundle (incl. GST).

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.

$150 ea (ex. GST).

Displayed price is for the bundle (incl. GST).

The HSK63F Chuck is a steep taper tool holder design for high precision routing. The 1:10 taper shank must be connected to HSK 63F compatible spindle receivers. HSK receivers incorporate segmented collects which expand radially under draw bar pressure to bear against the inner wall of the shank. This causes firm metal to metal contact as well as mating the shank's flange with the receiver.

The bundle include two of each of the following products:

• 5 x 70 Through Bit LH - $24.77ea
• 5 x 70 Through Bit RH - $24.77ea
• 8 x 70 Through Bit LH - $33.13ea
• 8 x 70 Through Bit RH - $33.13ea
• 10 x 70 Through Bit LH - $45.93ea
• 10 x 70 Through Bit RH - $45.93ea
• 12 x 70 Through Bit LH - $56.53ea
• 12 x 70 Through Bit RH - $56.53ea

Total Value - $641.43+GST for $549+GST Free Shipping

The bundle include two of each of the following products:

• 3 x 70 Dowel Bit LH - $35.00ea (solid carbide drill)
• 3 x 70 Dowel Bit RH - $35.00ea (solid carbide drill)
• 5 x 70 Dowel Bit LH - $19.09ea
• 5 x 70 Dowel Bit RH - $19.09ea
• 8 x 70 Dowel Bit LH - $23.18ea
• 8 x 70 Dowel Bit RH - $23.18ea
• 10 x 70 Dowel Bit LH - $26.54ea
• 10 x 70 Dowel Bit RH - $26.54ea
• 12 x 70 Dowel Bit LH - $33.61ea
• 12 x 70 Dowel Bit RH - $33.61ea

Total value - $549.86+GST for $499+GST Free shipping