TORK CRAFT Vice Jaws Magnetic Alum. 100mm X 32mm 2pc Prism Face

Features

• 100 mm width × 32 mm face height suits most standard vise jaws in metal-work setups.
• Aluminium body with magnetic base lightweight yet strong—easy to install and reposition.
• Prism-face geometry enables angled or flat clamping of round and irregular workpieces.
• 2-piece set allows left and right jaw replacement or multi-jaw use in one setup.
• Compact size perfect for workshop, lab or mobile fab-unit use where space is tight.

Benefits

• Faster setup: magnetic mounting cuts down time switching jaws or adding fixtures.
• Versatile clamping: prism-face allows you to hold cylindrical, square and irregular shapes securely without special fixturing.
• Lightweight for easy handling: aluminium build means you spend less time installing and more time working.
• Improved accuracy: firm magnetic grip reduces work-piece movement during machining or inspection.
• Cost-effective upgrade: upgrading standard vise jaws to a magnetic prism-face set gives you enhanced capability without replacing your vise.

Extra Information

• Ensure the vise jaws and mounting surfaces are clean, flat and free of debris for optimal magnetic contact.
• Use on ferrous work-pieces for maximum magnetic effect; non-ferrous work-pieces may require additional clamping support.
• Check that the magnetic jaws are properly seated and aligned before machining to avoid slippage or vibration issues.
• Store the jaws in a dry place and keep away from strong magnetic fields or high temperatures to preserve magnetic strength.

Specifications

Safety

• Wear appropriate eye, ear and dust protection when machining or grinding parts held in the vise.
• Ensure the magnetic jaws and work-piece are securely engaged before starting the machine to avoid unexpected movement.
• Do not rely solely on magnetic hold for large, heavy or rough cast components—supplement with mechanical clamping where needed.
• Check the magnetic jaws periodically for wear, cracks or damaged surfaces which may reduce clamping force.