To make the aluminum wire bottom stop onto the Nylon zipper.
High Speed and keep stable;
Low rate of machine halt;
Touch-screen operation;
Smaller size,occupyingless space.
The HTD-NB05A Nylon Zipper Aluminum Wire Bottom Stop Machine is a high-performance automatic machine designed for attaching aluminum wire bottom stops to nylon zippers with outstanding precision and efficiency. It is an essential piece of equipment for modern zipper manufacturing lines, replacing manual operations and ensuring consistent product quality.
Featuring a high-speed operating system, stable mechanical structure, and intelligent touch-screen control, the machine delivers reliable performance during continuous production while minimizing downtime. Its compact footprint allows manufacturers to optimize factory space without sacrificing productivity.
Suitable for garment, luggage, footwear, home textile, and outdoor product manufacturers, the HTD-NB05A helps improve production efficiency, reduce labor costs, and maintain excellent bottom stop installation quality for large-scale nylon zipper production.
Model | HTD-NB05A |
Product Name | Nylon Zipper Aluminum Wire Top Stop Machine |
Average Output | 4800pcs/20cm/H |
Power | 2KW |
Volt | 220V |
Frequency | 6OHZ |
L*W*H | 0.90*0.90*1.60M |
Net Weight | 160kg |
The HTD-NB05A is engineered to deliver accurate and repeatable aluminum wire bottom stop attachment on nylon zippers. Its precision positioning system ensures every bottom stop is securely mounted without damaging the zipper tape, resulting in smooth zipper performance and a high finished-product qualification rate. Stable production quality helps manufacturers reduce waste while meeting demanding quality standards.
Replacing manual bottom stop installation with fully automated processing dramatically increases productivity while lowering labor costs. The machine operates continuously with minimal operator intervention and can be easily integrated into a complete nylon zipper production line, making it an ideal solution for both high-volume manufacturing and flexible production environments.