Special chuck
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Advanced Chuck Exclusively designed work specific chucks for mass Designed with gripping to accommodate a variety of

Dual Lock Chuck Unbelievable versatility with the ability to grip anything you want (Increased gripping options KITAGAWA introduce the worlds 1 st chuck with two stage gripping action. Parallel jaw clamping with secondary pull back action for work seating. Jaws do not protrude in the Z Axis unlike conventional pull back chucks. This allows for improved gripping on difficult The gripping range is extended up the chuck OD allowing a wider range of workpieces to be machined. DL series contributes to improve the productivity by applying flexible chucking for various operations. (Ideal for...

Additional machining range (Back plate mounting tap)

Power Wing Chuck SKPWC has the same specification as PW with the exception of the fact that PWC is a compensation type. Pull back of workpiece for secure gripping of casting or forging PWC compensating type for rough casting through centre •Powerful Gripping After gripping the component in a radial direction, a power PULL-BACK action is applied which significantly increases the Gripping Force, allowing a •High Durability Master jaws are of spherical design and sealed against swarf and This permits High Gripping Forces to be retained between lubrica- tion periods. firmly gripped by the self-...

Dimensional Drawings * Each value in ( ) indicate that surface of chuck and Jaw mounting side Is parallel. Dimensions after TU are the same as External Gripping.

2-J aw Power Wing Chuck has the same specification as PW with the exception of the fact that PWC is a compensation type. Draw down irregular shaped materials for steady gripping PWT(C) for gripping of square or flange castings or forgings •Two jaw type for gripping irregular workpieces Draw down action ensures secure gripping of workpiece onto a reference surface. •Compatible with PW series and soft jaws Dimensional Drawings Gripping Performance

Open Centre Pull Lock Chuck Draw down for high-precision processing ^ Open Centre type accommodates shaft processing Work Examples Gear Shaft Rear Suspension Gripping Examples Gripping Performance Specs Gripping range j***^ Max. pull force Maxi^S*}e Max speed m*£j» _ Moment of Inertia Matching Max. pressure "KiWHoieinseai kN(kgf) S5> mirr' —jS;»- k« - nC Cylinder MPa(kgf/cm=) —ft—" cylinder MPa(kgf/cma)

Pull Lock Chuck Pull back chuck for external Work Examples •High gripping stability means heavy cutting is possible Radial gripping forces and strong pull back action allow stable heavy cutting. •Excellent repeatability! Side and rear support provided by the base jaws reduces the centrifugal grip- ping force loss thus resulting in high re- •Long-term stable accuracy! cial steel design ensure longevity and gripping accuracy. •Compatible with automation by use Gripping Examples Gear Blank Gripping Performance (Drawbar connection)

Pull Lock Chuck Pull back chuck for internal Work Examples Flange Bracket Gripping Performance Gripping Examples

Level Lock Chuck | Economical pull back chuck ^Suitable for gripping castings and forgings with draft angle (Stable gripping accuracy Gripping Examples Gripping Performance Bracket motor Gear primer

Finger Chuck Face clamping chuck, ideal for thin walled workpiecea •Distortion is reduced by using face clamping on thin section parts •Using the aluminium rear body allows for high speed rotation, thus saving machining time •Jaws include equalising mechanism to securely grip parts with variable thickness (Equalization amount/2.5 mm •Through hole allows pneumatic accessories Dimensional Drawings Clamping stroke 05", 06" jaw mounting part dimensions (Jaw's shaft) 08", 10', 12" jaw mounting part dimensions (Jaw's shaft)

Finger Chuck for Automotive Wheels Rigid body Finger Chuck for aluminium wheel Gripping Examples / Power chuck \ i Collet chuck \ ^centralizing method' ^centralizing method' * centralizing method '

Finger Chuck for Automotive Wheels Standard Finger Chuck Light-Weight body for aluminium wheel •High Speed A technological breakthrough in the design has allowed a max speed of 3000 min-1 for each wheel Gripping Examples / Power chuck \ / Collet chuck \ ^centralizing method' ^centralizing method' * centralizing method '

6-Jaw Finger Chuck for Motorcycle Wheels Finger Chuck ideally suited for aluminium wheel machining for motorcycles •High Stability The floating mechanism ensures firm chucking. Gripping Examples ( Power chuck \ ^centralizing method' 'centralizing method' Dimensional Drawings

Easy Preparation Finger Chuck Quick setup for size changes Finger Chuck ideally suited for aluminium wheel machining for automobiles •Easy preparation for each size of Wheel •The setup time is approximately 30 seconds Due to the preparation for each size, three levers and fixed jigs are moved simultaneously simply by rotating the handle, thus saving the setup time. Dimensions inuseofthe leverA.