As the final equipment for metal open-end zipper production lines, this machine adopts robotic arm automatic pulling and precise positioning cutting. Equipped with advanced ultrasonic cutting technology, it eliminates tape fraying and burrs with smooth and firm incision. It features high automation and stable performance, suitable for mass standardized production.
Fully Automatic Metal Zipper Ultrasonic Open End Cutting Machine Introduction
The Fully Automatic Metal Zipper Ultrasonic Open End Cutting Machine HTD-MC08U with Robotic Arm Pulling is a professional end-of-line processing machine specially designed for metal open-end zipper manufacturing. As the final production equipment in the open-end zipper production process, this machine integrates automatic pulling, precise positioning, and ultrasonic cutting technology to complete accurate zipper cutting operations with high efficiency and stable quality.
In traditional zipper cutting processes, problems such as fabric tape fraying, uneven cutting edges, and inconsistent processing quality may affect the appearance and durability of finished zippers. The HTD-MC08U solves these challenges by adopting advanced ultrasonic cutting technology, which generates smooth, clean, and firm cutting results without creating burrs or loose fibers. This helps improve the overall quality and reliability of finished metal open-end zippers.
The machine is equipped with a robotic arm automatic pulling system, which ensures stable material feeding and accurate positioning during the cutting process. Combined with precise hook needle positioning for the box and insert pin area, the equipment can accurately identify the cutting position and complete the operation with high consistency. This automated structure reduces manual intervention and improves production efficiency for large-scale zipper manufacturing.
Designed for modern zipper factories, the HTD-MC08U provides excellent compatibility with different metal zipper specifications. It can adapt to various slider pin structures and multiple zipper sizes, making it suitable for manufacturers with diverse production requirements. The flexible application capability allows factories to improve equipment utilization while reducing the need for multiple dedicated machines.
The HTD-MC08U features intelligent operation control and a practical mechanical structure, making it convenient for operators to use and maintain. Its stable performance, low-noise operation, and efficient processing capability make it an ideal solution for standardized mass production of metal open-end zippers used in garments, bags, footwear, outdoor products, and other applications.
Fully Automatic Metal Zipper Ultrasonic Open End Cutting Machine Specifications
Item | Specification |
Model | HTD-MC08U |
Application | Automatic cutting for metal open-end zipper production |
Production Capacity | 2200 pcs/60cm/hour |
Cutting Technology | Ultrasonic cutting |
Power | 2 KW |
Voltage | 220V |
Frequency | 60HZ |
Machine Size | 1.95 × 1 × 1.75 M |
Machine Weight | 220kg |
Main Function | Automatic pulling, positioning, and ultrasonic zipper cutting |
Suitable Production | Metal open-end zipper mass production |
Fully Automatic Metal Zipper Ultrasonic Open End Cutting Machine Main Features
Wide Compatibility: Adaptable to different slider pin specifications and various metal zipper cutting applications for versatile production.
Premium Ultrasonic Cutting: Ensures smooth, fray-free and burr-free cuts with good waterproof performance, improving zipper durability.
Easy Operation & Maintenance: User-friendly intelligent control and reasonable structure simplify daily operation and maintenance.
Low-noise Operation: Quiet running effectively optimizes the workshop working environment.
The HTD-MC08U uses ultrasonic cutting technology to create smooth, burr-free, and fray-resistant cutting edges. It improves zipper appearance, strengthens the cutting area, and enhances durability compared with traditional cutting methods.
With robotic arm pulling, intelligent control, and wide compatibility, the machine reduces manual operation requirements and improves production stability. It allows zipper manufacturers to efficiently handle different zipper models while maintaining consistent quality.
