micron machines technology

• A positive locking device is mounted on the base.
• Easy to use and a large effective area is provided for machining the works
• This device provides positive locking at any angle without distortion
• Constructed of hardened alloy tool steel
• Angle precision 0.007/100mm.

Description

• Steel and brass solidly pressed laminated top plate
• Extremely low height for better job accommodation and easy disposal of grinding dust
• Made with super powerful NdFeB, new generation magnets
• Progressive power is obtained by 0 rotating the lever to 180
• Suitable for

Description

• Steel and brass laminated top plate
• Poles are individually magnetized
• Double magnet system for maximum power
• Use of ferrite magnets ensures that the magnetic force will not reduce even on long use
• Low magnetic field: no magnetization of tools
• Smooth and simple

Description

• All metal brass and steel laminated top plate
• High resistance to coolant and corrosion
• High mechanical rigidity and proven robustness
• 100% water proof
• Suitable for dry or wet grinding application on medium to large size grinding machines.

Description

• Single solid piece body construction
• 100% water proof
• High mechanical rigidity and proven robustness
• Suitable for dry or wet grinding application on medium to large size grinding machines.

Description

• Rigid steel / brass laminated top plate
• High resistance to coolant
• High mechanical rigidity and proven robustness
• 100% water proof
• Suitable for dry or wet grinding application on medium to large size grinding machines.

Description

• A positive locking device is mounted on the base.<

Description

• A Variation of Turbo Max-Mill chuck.<

• A Variation of Turbo Max-Mill design.
• One set-up, quick-clamp with clamping force of 18 T/m
• No electricity consumed during actual operation
• Vibration-free, strong and uniform clamping
• Uniform machining of Rails, crossings and rail switching elements

Description

• High and uniform magnetic power
• Suitable for VMC applications
• Standard models come in 75mm Square pole chessboard pattern
• Unique, patented, metal Top, T-slot version, can double up as a VMC table
• Made from a solid block – no welded joints
• Can be used to clamp non-ferrous

Description

• High and uniform magnetic power
• Suitable for VMC applications
• Unique, patented Metal Top version
• Standard models come in 50mm and 75mm Square pole chessboard pattern
• Made from a solid block – no welded joints
• Solid top and T-slot top versions

Description

• High and uniform magnetic power
• Suitable for VMC applications
• 75mm Square pole chessboard pattern
• Made from a solid block – no welded joints
• Solid top and T-slot top versions available
• Optionally available 47mm, 70mm, 65mm and 100mm Square pole

Description

• High and uniform magnetic power
• 50mm Square Pole chessboard pattern
• Suitable for VMC applications
• Made from a solid block – no welded joints
• Solid top and T-slot top versions available
• Optionally available 47mm, 70mm, 65mm and 100mm Square pole

Description

• A Variation of Turbo Max-Mill design.<

Description

• Energy saving as electricity is used only for switching on and off
• High clamping force is supplied by the super powerful NdFeB magnets
• Double sided clamping obviates the need to mechanically secure the clamp to the machine table
• Supreme flexibility allows for variable positioning on the machine

Description

• Made with super powerful NdFeB new generation magnets
• Steel and brass laminated top plate
• Rigid construction
• Accurate and stable working force
• Incorporates universal pole pitch to accomodate variety of work pieces
• Tip : Select this model if you require a strong holding power for

1. X, Y,Z STROKE : 200 X 300 X 300 mm
2. Max workpiece dimensions : 250 x 350 x 300 mm
3. Max. workpiece weight : 100 kg
4. Electrode diameter : Ø0.25~Ø3.0mm

1. X, Y,Z STROKE : 200 x 120 x 200 mm
2. Work tank inner dimensions : 556 x 384 x 260 mm
3. Max. workpiece weight : 25 kg
4. Min. input command : 0.0001 mm
5. AJC speed (Z axis) : 36 m/min (max)