Sign In
1.Castings or Forgins can be O.D. or I.D. clamped
2.Grips on taper up to 10˚
3.Jaws pivot up to 5˚ to grip on uneven surfaces
4.Ideal for shaft machining
5.Active pull-down for high precision
1. SAMCHULLY
1.Ideal for second-operation I.D. gripping
2.Active pull-down for high precision
3.Counter-centrifugal gripping reduces distortion
1.Ideal for second operation O.D. gripping
2.Active pull-down for high precision
3.Counter-centrifugal gripping reduces distortion
1.Workpiece pulled down to location for superior accuracy
2.Very accurate for parallel and perpendicular surfaces
3.Rapid jaw change for quick set-up
4.Sealed to prevent chips and coolant from entering the chuck body
1.Workpiece pulled down to location for superior accuracy
2.Very accurate for parallel and perpendicular surfaces
3.Rapid jaw change for quick set-up
4.Sealed to prevent chips and coolant from entering the chuck body
1.Workpiece pulled down to location for superior accuracy
2.Ideal for machining square, rectangular and irregulary-shaped components
3.Very accurate for parallel and perpendicular sufaces
1.Quick change rubber-steel segment collet
2.Ideal for bar and shaft clamping
3.Round, square and hexagonal collects available
1.Interchangeable top jaws grip the workpiece O.D.
2.Workpiece is pulled down to location for high accuracy machining
3.Air sensing available
4.Air/ Coolant through the spindle available
1.Pulled down to location for accuracy
2.Collet changes quickly for machining a variety of workpieces
3.Air sensing can be added for automatic loading
1.Ideal for clamping thin-wall and fragile workpieces without distortion
2.Floating clamping fingers adjust to workpiece shape
3.Available in 2-jaw, 3-jaw , 4-jaw models
1.Accuracy to 0.002mm ideal for hard turning gears
2.Counter centrifugal design
3.Sealed body eliminates maintenance
4.Jaws changes easily for quick set-up
5.Self-contained cylinder
1.Diaphragm chuck for hard turning/ grinding gears
2.Fast jaw and clamping cage change for easy setup
1.Finger chuck for high accuracy clamping of bevel gears
2.Floating action ensures equal clamping force on all 3 fingers
3.Available with hydraulic and pneumatic actuation
1.Ideal for clamping workpieces with small gripping surfaces
2.Sliding jaws clamp the component; then, the enhire chuck body pulls down to location for accurate machining
1.Ideal for clamping workpieces with small gripping surfaces
2.Sliding jaws clamp the component; then, the enhire chuck body pulls down to location for accurate machining
1.Machine multiple surfaces in a single clamping
2.On-the-fly indexing
3.Accurate, durable indexing system
4.Index positions 4 x 90˚ or 8 x 45˚
1.Machine multiple surfaces in a single clamping
2.On-the-fly indexing
3.Accurate, durable indexing system
4.Index positions 3 x 120˚ or 6 x 60˚
5.Accurate, durable indexing system
1.Machine multiple surfaces in a single clamping
2.On-the-fly indexing
3.Accurate, durable indexing system
4.Index positions 3 x 120˚ or 4 x 90˚
1.Machines shafts in one single clamping operation
2.Change jaws and face driver to machine different sizes of shafts
1.Jaws float on spherical bearing to determined clamping points
2.Spring or fixed center available
3.All three jaws apply constant gripping force
