Build Your Own Carving and Engraving Toolsets!

Deep cutting, 1/2 inch shank upcut fish-tail (square cut) end-mills optimized for shaping (contour cutting) the sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The flute geometry has been tuned to insure smooth cutting and low deflection under high chip loads.

Deep cutting, 1/2 inch shank upcut ball-nose end-mills optimized for shaping the sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The flute geometry has been tuned to insure smooth cutting and low deflection under high chip loads.

Deep cutting, 1/2 inch shank upcut bull-nose (corner radius) end-mills optimized for planing the surface of sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The tip geometry has been tuned to provide a smooth, flat surface while cutting at higher chip loads than a ball-nose bit.

Extended-reach, 1/4 inch shank upcut fish-tail (square cut) end-mills have a reduced diameter neck allowing very deep, multi-pass machining. They are optimized for shaping the very thick sheet goods commonly used in the manufacture of dimensional signage, furniture and musical instruments. The flute geometry has been tuned to insure smooth cutting and low deflection under high chip loads.

Deep cutting, 1/4 inch shank upcut fish-tail (square cut) end-mills optimized for shaping the sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The flute geometry has been tuned to insure smooth cutting and low deflection under high chip loads.

Deep cutting, 1/4 inch shank upcut bull-nose (corner radius) end-mills optimized for planing the surface of sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The tip geometry has been tuned to provide a smooth, flat surface while cutting at higher chip loads than a ball-nose bit.

2-flute ball-nose end-mills that are optimized for carving and shaping the sheet goods commonly used in the manufacture of dimensional signage, furniture and cabinetry. The flute geometry has been tuned to insure smooth cutting and low deflection under high chip loads in softwoods, hadwoods, thermo-plastics and aluminum.

The "O" flute geometry is one of the most efficient flute designs for cutting thermoplastics. With a high rake-angle and relatively low helix, O-flute cutters manage to cut acrylic, polycarbonate, ABS, PVC and a host of other sheet polymers at very high chiploads without raising a burr or fracturing the edges of the kerf.

The "O" flute geometry, combined with a corner-radius end-style offers one of the most efficient designs for contouring and pocketing thermoplastics including acrylic, polycarbonate, ABS, PVC and a host of other sheet polymers at very high chiploads. These tools are designed for high performance machining while leaving a very clean surface finish on the edges and bottoms of engraved pockets.

3-flute and 4-flute tapered ball-nose ball-nose carving tools are designed for deep machining in large format dimensional signage as well as very detailed carving of architectural components and other decorative items. These tools are optimized for cutting hardwoods, phenolic composites, unfired ceramics and aluminum.

2-flute tapered ball-nose ball-nose carving tools are designed for deep machining in large format dimensional signage as well as very detailed carving of architectural components, back-lit lithophanes and other decorative items. These tools are optimized for softwoods, HDU and expanded and cast thermo-plastics.

Designed specifically for the dimensional signage and engraving markets, these 2-flute solid-carbide V-tip cutters feature polished, high-rake cutting edges capable of producing edge finishes in hardwoods, softwoods, cast thermo-plastics, phenolica and aluminum that are typically smooth with minimum chatter.

2-flute Deepreach Fish-tail End-mills feature high-rake flute geometries optimized for machining small details in softwoods, HDU, hardwood and composite signs. These tools are primarily used for contour cutting and finish-machining when tight inside corners are required.

2-flute Deepreach Ball-nose end-mills feature high-rake flute geometries optimized for machining small details in softwoods, HDU, hardwood and composite signs. These tools are commonly used for finish-machining when a high level of detail in bas relief carvings and tight inside corners are required.

3-flute Deepreach Fish-tail End-mills feature high-rake flute geometries optimized for machining small details in hardwood and composite signs. These tools are contour cutting and finish-machining when tight inside corners are required.

3-flute Deepreach Ball-nose end-mills feature high-rake flute geometries optimized for machining small details in hardwood and composite signs. These tools are commonly used for finish-machining when a high level of detail in bas relief carvings and tight inside corners are required.

1/8 in. shank 4-flute tapered ball-nose ball-nose carving tools are a lower cost alternative for machining large format dimensional signage as well as very detailed carving of architectural components and other decorative items. These tools are optimized for cutting hardwoods, phenolic composites, and unfired ceramics.

Tool Family: MI00-0050

An effective solution for removing fuzz, fray, hair and splinters from 3D carvings and engravings in wood, composites and plastics. FuzzBrush is lightweight and comfortable to use.

Tool Family: DBTPK-0166

An innovative modular rail system for protecting, displaying and transporting precision cutting tools. Accommodates shank sizes from 3.0mm to 1/2 in.

Tool Family: DBTPK-0166

The 3 station multi-rail mounting plate is designed to provide a secure platform for wall and cabinet mounting of SecureBits tool storage rails. Fabricated from corrosion resistant 316 stainless steel, the mounting plate can be mounted directly to a wall or hung on inch-format pegboard.

Designed by a corrosion chemist to:
· dissolve varnish and gummy deposits in the spindle bore
· loosen rust
· inhibit corrosion
in spindle bores and on collets and toolholders.