
πΉ Product Overview
Pneumatic Stationary Chuck is a non-rotating, air-operated workholding system designed to deliver dead-length clamping (no axial movement during clamp/unclamp), high rigidity, and repeatable accuracy. Because the chuck body remains stationary, it eliminates centrifugal effects and provides stable, consistent part positioning—ideal for CNC stationary operations, SPMs, transfer lines, and automated cells.
Available in jaw type, collet type, Traub collet, and expanding collet configurations to suit a wide range of components and production needs.
π Key Features
- π¨ Pneumatic (Air-Operated) Actuation
- π§± Stationary / Non-Rotating Body
- π― Dead-Length Clamping (Zero Axial Shift)
- π© High Gripping Force & Excellent Repeatability
- βοΈ Jaw / Collet / Traub / Expanding Options
- π οΈ Hardened & Ground Alloy Steel Construction
- π Fast Cycle Time – Automation Ready
- π§ Low Maintenance, Long Service Life
π Dimension Reference – Pneumatic Stationary Chuck
π© Dimension Legend
|
Symbol
|
Description
|
|
A
|
Chuck outer diameter
|
|
B
|
Mounting face diameter
|
|
C
|
Clamping capacity (jaw/collet/ID)
|
|
D
|
Front face thickness
|
|
E
|
Chuck body length
|
|
F
|
Jaw or collet stroke
|
|
G
|
Rear pilot / register
|
|
H
|
Overall length
|
|
I (PCD)
|
Pitch circle diameter (mounting)
|
|
J
|
Mounting bolt size
|
β Supplied with front & sectional drawings (PDF/DWG)
β Custom PCD, pilot diameter, stroke & interface available
π Typical Capacity (Reference)
|
Configuration
|
Capacity Range
|
Mounting
|
|
Jaw Type
|
25–80 mm (OD)
|
Flange / Backplate
|
|
Collet Type (A-Series)
|
25 / 42 / 60 mm
|
Flange / Backplate
|
|
Traub Collet
|
A25 / A42 / A60
|
Flange / Backplate
|
|
Expanding Collet
|
up to 60 mm (ID)
|
Flange / Backplate
|
(Exact dimensions depend on machine interface and application.)
βοΈ Operating Parameters
- Operating pressure: 4–8 bar (pneumatic)
- Clamping mode: Dead-length (stationary)
- Repeatability: ≤ 0.02mm
- Control: Solenoid valve / CNC M-code / PLC
- Sealing: Chip, coolant & dust resistant
π Applications
- CNC stationary turning & facing
- Transfer lines & SPM fixtures
- Automotive & precision engineering parts
- Bar-end operations & secondary machining
- High-volume automated production
β Why Choose a Pneumatic Stationary Chuck?
β Zero axial movement for consistent part length
β Higher rigidity than rotary chucks
β Safer & more stable for automation
β Faster cycle time & reduced rejection
β Export-quality manufacturing standards