Tork Craft Mini H/Speed Cutter 7.9Mm Oval 3.2Mm Shank

R47,00

Steel engraving cutter – Ø 7.9mm – Ball

The steel engraving cutter is designed to be accurate, precise and compact for engraving fine and intricate projects using a rotary tool.

Applications:

Carving
Engraving
Routing

It is suitable for engraving on the following materials:

Wood
Fiberglass
Soft metals
Plaster
Plastic

QTY: 1

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Description

Steel engraving cutter – Ø 7.9mm – Ball

The steel engraving cutter is designed to be accurate, precise and compact for engraving fine and intricate projects using a rotary tool.

Applications:

Carving
Engraving
Routing

It is suitable for engraving on the following materials:

Wood
Fiberglass
Soft metals
Plaster
Plastic

QTY: 1

Description	Specification
Packaging Type	Sandwich packaging
Package Dimensions	120(L) x 82(W) x 13.5(H)mm
Package Weight	9.2g
Product Dimensions	38.9(L) x Ø7.9mm
Product Weight	4.2g
Material	Tip: Steel
Material	Body: Steel
Shank Diameter	Ø3.2mm
Tip Diameter	Ø7.9mm
Shape	Ball
Recommended accessories/tools	Mini rotary tool
Country of Origin	Republic of China (PRC)
Warranty	6 Months
Content	1 x Oval High Speed Cutter

At a glance

Allows for compact and accurate engraving
Fits standard collets
Wide range available – Tools for every job

Fitting the tool bit

The shank is securely locked in place by fitting
it in the corresponding collet or making use of a keyless chuck.

For improved accuracy, make use of a flexible
shaft connected to the rotary tool.

Rotation speed:

Most rotary tools have the benefit to adjust the rotation speed. Many tool bits that fit in rotary tools have a maximum speed setting. This can normally be found on the packaging.

All materials react differently to speed and will need the tool bit to rotate slower.
It is recommended to start using accessories on the slower speed first, before increasing the speed as needed.

The diameter of the tool bit fitted also determines the rotation speed. The larger the diameter, the slower the speed. If the speed is set too high, it could bend the shank/shaft resulting in injury.