Chuck Blocks

For use with magnetic chucks that have parallel poles, so that the magnetic field can be extended to hold awkwardly shaped workpieces. Supplied in matched and numbered pairs. Machinable.

Rectangular Magnetic Chucks

Standard range chucks are designed to give high performance combined with competitive pricing. Using high energy rare earth permanent magnets they give an evenly distributed clamping force. Trouble-free operation is assured with a rugged but accurate build.
Supplied with:
Brass and steel top plates.
Removable hexagon key handles ensure ease of operation through a 180 arc.
All chucks are supplied with clamps, side and end stops.



These chucks are primarily designed for grinding operations. They will effectively clamp all workpiece thicknesses down to 3mm.
Standard Pole.
Pole spacing: 4.0mm steel / 2mm brass.
Force: 80N/cm2.

Circular Magnetic Chucks

Standard range chucks are designed to give high performance combined with competitive pricing. Using high energy rare earth permanent magnets they give an evenly distributed clamping force. Trouble-free operation is assured with a rugged but accurate build. Supplied with: Brass and steel top plates. Removable hexagon key handles ensure ease of operation through a 180 arc. All chucks are supplied with clamps, side and end stops.



Standard pole. Pole spacing: 4.0mm steel / 2mm brass. Force: 80N/cm2

Rectangular Magnetic Chucks

Standard range chucks are designed to give high performance combined with competitive pricing. Using high energy rare earth permanent magnets they give an evenly distributed clamping force. Trouble-free operation is assured with a rugged but accurate build.
Supplied with:
Brass and steel top plates.
Removable hexagon key handles ensure ease of operation through a 180 arc.
All chucks are supplied with clamps, side and end stops.



These chucks are primarily designed for grinding operations. They will effectively clamp all workpiece thicknesses down to 3mm.
Standard Pole.
Pole spacing: 4.0mm steel / 2mm brass.
Force: 80N/cm2.