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Double Zero Point Clamping System

Updated: 2026-07-19

Overview

The two-jaw zero-point positioning chuck is a specialized clamping device designed for high-precision machining applications. It allows for rapid and accurate workpiece positioning, eliminating the need for manual alignment. Unlike traditional chucks, this system incorporates a zero-point reference mechanism, ensuring consistent positioning across multiple setups. Its primary advantage lies in reducing setup times and improving machining accuracy, making it indispensable in modern CNC workshops.

Structure and Working Principle

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This chuck consists of two hardened jaws, a base plate with precision-ground locating surfaces, and a clamping mechanism. The zero-point system uses conical or spherical interfaces to achieve micron-level repeatability. When activated, the clamping mechanism exerts uniform force on both jaws, centering the workpiece automatically. The integrated zero-point reference ensures that the workpiece returns to the exact same position if removed and re-clamped, a critical feature for batch processing.

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Key Features

Key attributes include repeatability within 0.005mm, quick-change capability (typically under 10 seconds), and compatibility with standard tooling plates. The hardened surfaces ensure long service life even under heavy use. Advanced models may incorporate features like through-spindle coolant capability, anti-vibration designs, or RFID tagging for automated tool management systems. The compact design allows for maximum machine tool accessibility.

Application Areas

Primarily used in CNC milling and turning centers for machining complex components in aerospace, automotive, and medical industries. Particularly valuable for high-mix, low-volume production where setup reduction is critical. Also finds applications in robotic machining cells and flexible manufacturing systems. The system's accuracy makes it suitable for machining delicate or high-value components where positioning errors would be costly.

Maintenance and Precautions

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Regular maintenance includes cleaning locating surfaces with alcohol wipes, inspecting for burrs or wear, and applying specified lubricants to moving parts. Avoid using compressed air for cleaning as it can drive contaminants into precision surfaces. Periodically check clamping force and repeatability using dial indicators. Replace jaws or locating components when wear exceeds manufacturer specifications. Always follow torque specifications when installing to prevent baseplate distortion.

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B2B Procurement Guide

When sourcing these chucks, verify compatibility with existing machine interfaces (e.g., DIN, ISO, or proprietary standards). Consider future needs - modular systems allow for expansion with additional accessories. Evaluate suppliers based on technical support capability, lead times for spare parts, and available customization options. For reference, mid-range precision models typically cost $400-$600, while high-precision versions for aerospace applications may exceed $1,000.

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