DEMO SPECIFICATIONS NOTICE
The technical specifications below are demonstrative catalogue parameters for engineering website presentation. Custom dimensions, mounting flanges, and factory testing parameters are configured to exact customer machine requirements.
Hydraulic Chucks
B2B Direct Factory Pricing & Custom Workholding Engineering
Closed Center Hydraulic High-Torque Chuck
Model: SH-HC-165
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Category: Hydraulic Chucks
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Industrial Grade
Engineered for operations where through-hole clearance is not required. The closed solid-center design provides maximum structural stiffness and prevents chip and swarf ingress into the chuck body.
Key Engineering Features
- Solid closed body design for maximum torsional stiffness\nTotal sealing against metal swarf and pressurized high-volume coolant\nHigh gripping force with minimal stroke deviation\nCompact front overhang to maximize lathe Z-axis travel
Product Overview
Note: DEMO SPECIFICATIONS. Demonstrative catalogue item for engineering website presentation.\n\nIdeal for front-chucking operations, shaft ends, and second-operation turning with sub-spindle CNC lathes.
Technical Specifications
| Technical Parameter | Engineering Value | Unit |
|---|---|---|
| Chuck Diameter KEY | 165 | mm |
| Number of Jaws KEY | 3 | Jaws |
| Center Type KEY | Solid Closed Center | - |
| Maximum RPM KEY | 6000 | RPM |
| Maximum Gripping Force KEY | 65 | kN |
| Jaw Stroke | 5.5 | mm |
| Mounting Type KEY | A2-5 | Spindle |
| Weight | 12.8 | kg |
| Accuracy KEY | 0.010 | mm |
* All dimensions and mounting dimensions conform to ISO standards. For custom spindle noses or non-standard serrations, contact our engineering desk.
Recommended Applications
Automotive transmission shafts, bearing inner rings, precision bushings, and motor end-shields.
Technical Blueprint & Dimension Drawing
Precision Third-Angle Projection Schematic. Serialized CAD drawings available upon formal request.
Request Formal Quotation
Submit your machining requirements and spindle specifications for rapid quotation and delivery estimation.