
Zero-Point Clamping Module
We specialize in high-precision CNC machining and die casting, supporting tolerances down to ±0.01 mm.
Our ISO 9001 and ISO 13485 certified facilities provide in-house inspection, engineering support, and DFM review to ensure consistent quality.
We support fast prototyping to low- and mid-volume production, with strict confidentiality for all customer designs and data.
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The Zero-Point Clamping Module is a high-precision, threaded unit designed for seamless integration into custom baseplates. This compact module serves as the core interface for pneumatic zero-point clamping systems, allowing users to build tailored multi-station setups with "click-and-lock" efficiency. Its robust construction and standardized mounting make it the ideal choice for high-accuracy machining environments.
Key Parameters (Typical)
| Item | Capability |
| Component Type | Zero-Point Clamping Module |
| Repeatability | < 0.005mm (Per unit) |
| Compatibility | Standard clamping studs (Type A, B, C) |
| Customization Range | Number of modules, layout, and mounting thread size |
| Material | Hardened Stainless Steel / Tool Steel |
| Service Life | Over 1,000,000 clamping cycles |
Key Advantages
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Seamless Integration: The threaded body allows the module to be screwed directly into a baseplate, ensuring a flush contact surface and maximum stability.
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High-Density Layouts: Its compact footprint enables engineers to design custom fixtures with multiple clamping points, optimized for specific workpiece geometries.
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Pneumatic Precision: Designed specifically for pneumatic systems, providing rapid, synchronized locking and releasing for automated or manual production.
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Built-in Durability: Crafted from hardened materials with high surface hardness to withstand corrosive environments and heavy mechanical wear.
Typical Applications
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Custom Baseplate Manufacturing: The primary building block for creating specialized grid plates or 2/4/6-station clamping systems.
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Pneumatic Automation: Integrated into robotic cells for rapid pallet changes where consistent 0.005mm repeatability is required.
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Retrofitting Existing Fixtures: Upgrade traditional manual fixtures by embedding these modules to standardize the machining interface.
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Heavy-Duty Milling: Utilized in high-load environments where the 15,000N pull-in force ensures vibration-free stability.