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EZ-7II
The EZ-7II Tapping Center combines high efficiency with a compact footprint, maximizing productivity per unit of floor space. Equipped with a direct-coupled spindle, it delivers superior tapping rigidity and accuracy compared to conventional belt-driven designs, while reducing maintenance requirements. Combined with a servo-driven tool magazine, the machine shortens tool change time and maintains excellent stability during high-speed machining, making it an ideal solution for precision mass production.
Product Introduction

High-Rigidity Structural Design

Servo-Driven Tool Magazine
The tool magazine is servo motor-driven and features a new low-backlash tool-changing mechanism for fast, stable, and low-noise operation.
Tool-to-tool change time is as fast as 1.2 seconds, while full-station indexing takes only 1.1 seconds. With a 21-tool capacity, the system delivers both high machining efficiency and reliable tool-changing performance.

Tool Clamping Abnormality Detection
The system detects abnormal tool clamping conditions, including incorrect tool placement angles and improperly engaged positioning keys, preventing damage caused by incomplete clamping.
When an abnormality occurs, the controller immediately generates an alert, helping maintain machining quality and operational safety.

High-Speed Dynamic Design
The machine achieves rapid traverse speeds of up to 60 m/min and acceleration up to 1.2G on all three axes. Combined with a direct-coupled high-speed spindle, it effectively reduces positioning and machining time while enhancing overall productivity. It is particularly well suited for high-efficiency mass production in 3C electronics and automotive components.
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Product Specifications
Verification
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