1.

Cab be converted from external to internal chucking in minutes.

2.

Pullback through out the chucking range.

3.

Jaw homing device centralizes jaws which compensates for variations.

4.

Perfect clamp until 10°slope(20°taper)

5.

A Structure without Loss of strength : Clamping force is 3times of input.

6.

Although the length of clamp is short, possibly to perform chucking of heavy cutting.

Pin Arbor Chuck-PA

1.

It draw down the workpieces to the locator and heavy cutting os possible.

2.

It is possible to get high accuracy of concentricity and perpendicularity.

3.

It has a structure that prevent the infiltration of foreign substances such as chips or cutting oil. therefore, it has an excellent maintenance of accuracy and durability.

4.

There is no clamping power loss by the centrifugal force.

Pin Arbor Chuck-PA-D

1.

It draw down the workpieces to the locator and heavy cutting is possible.

2.

With the structure of dust-proof. no foreign substance can be infiltrated into inside of the chuck and is superior in durability.

3.

Various top jaw for different workpieces can be readily exchanged.

1.

Applicable to 2nd turning process of workpieces based on the already machined area.

2.

It has a long jaw stroke and a function of draw down therefore, it is essential to adapt OPA chuck when auto loader is used.

3.

When there are problems of weak clamping force in collect chuck, they will be solved by adapting PA or OPA chuck.

1.

It has a function of draw down. it is possible to get high accuracy in dimension and shape.

2.

Possible to use draw tube, and is applicable to bar feeding system.

3.

With the structure of dust-proof. no foreign substance can be infiltrated into inside of the chuck and is superior in durability.

4.

Various top jaw for different workpieces can be readily exchanged.

1.

It has a function of 'draw down' and is superior in accuracy of dimension.

2.

With the structure of dust-proof. no foreign substance can be infiltrated into inside of the chuck and is superior in durability.

3.

Various top jaw for different workpieces can be readily exchanged.

1.

It has a function of 'draw down' and is superior in accuracy of dimension.

2.

Possible for chucking the irregular shaped workpieces

1.

Clamping workpieces is performed automatically by hydraulic cylinder, and is sufficiently durable in heavy cutting as it has a strong clamping power.

2.

The indexing of 4×90° can be performed manually in state of the workpieces clamped.

3.

The outstanding characteristics of this chuck is its function of both side clamping(concentrical clamping). In case when the workpiece is either forged or casted and when the clamping is onesided, centers of raw material and machined area will not coincide. However, with this chuck, center of machined area and the center of raw material will become coincide each other due to its concentrical clamping.

1.

Manual clamping of the components by wrench.

2.

4×90° automatic indexing of the component with locking after every indexing cycle.

3.

Indexing can be performed while the spindle is running. The sequence of operations can be programmed by numerical control.

4.

Quick and easy mounting on the machine like with a standard turning chuck is particularly suitable for the retooling of existing machines.

1.

Multi-surface turning is possible in one clamping.

2.

No need of spindle stop for indexing.

3.

Guarantee the high indexing accuracy.

4.

As it has clamping force compensating system and indexing confirming system inside, a safety operation is secured.

HSR

1.

Multi surface can be turned in one chucking

2.

No need of spindle stop for indexing

3.

High accuracy of indexing.

HSRT

1.

Multi surface can be turned in one chucking

2.

No need of spindle stop for indexing

3.

High accuracy of indexing.

4.

Indexing angle is 30° or 60°

HSRW

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The indexing chuck. Type HSRW are essentially identical with those of the chuck type HSR.
A particular difficulty in machining gate valve bodies consists in having to set the inside wedge angle of the sealing faces in a position relative to the face to be machined so that all necessary turning operation can be performed in one chucking set-up. This is only possible if the valve seat and connecting flange have a common turning center, which can possibly be achieved by moving the component by the center line, to a common center line of the chuck jaw.

1.

It prevents the deformation of the workpiece in clamping.

2.

No scratches or damages on the surface of workpiece.

3.

Application to any equipments by a mere replacement of the adapter.

The SIC, a mandrel with interchangeable segments, is the latest in the range of standard mandrels.
Designed specifically for the motor trade, this mandrel meets their need for standardising clamping on one bore of a component. This means that the same mandrel can be used for various types of machining, eg : turning, grinding, gear cutting, superfinishing, inspection etc... Only four sizes of this mandrel, with diameters of 18 to 80mm, are needed to machined gearbox components, requiring the minimum of capital outlay on equipment.
The SIC, by virtue of its ease of use(fast and simple removal of the clamping element from the front), its reliability, long life and modest cost, is a high performance, and highly profitable mandrel.

1.

Easy removal of collect-front change over

2.

Quick change of collect-within 30 seconds

3.

Extremely high clamping forces-segment type and parallel clamp

4.

High accuracy-Run out 0.01

5.

Long life-Prevent the accumulation of dirt and chips

6.

High spindle speed-not affected by centrifugal force.

1.

Compensating Chuck-SFC has been improved from compensating structure of plane sliding of the existing chuck to the sliding structure of the spherical surface, which ensures the outstanding accuracy, and long life.

2.

This chuck equally excise its force to each jaw, and the jaw moves respectively to clamp the workpiece. Therefore, the clamping is possible based on the centers of the workpiece to be processed. Especially in case of forged and casted workpiece with irregular diameters, it is possible to get high accuracy of concentricity based on centers.

1.

Highest accuracies

2.

Long life

3.

Easy installation

4.

Draw down function

5.

Quick change of top jaw