Nylon Zipper Aluminum Wire Bottom Stop Machine Introduction
The HTD-NB05A Nylon Zipper Aluminum Wire Bottom Stop Machine is designed to attach aluminum wire bottom stops to nylon zippers with precision and efficiency. This automatic machine supports modern zipper production by reducing reliance on manual operations and helping maintain consistent product quality.
Built for high-speed operation, the machine combines a stable mechanical structure with intelligent touch-screen controls to support reliable, continuous production and minimize downtime. Its compact design also helps manufacturers make efficient use of available factory floor space.
Suitable for garment, luggage, footwear, home textile, and outdoor product manufacturing, the HTD-NB05A can help increase output, reduce labor costs, and deliver consistent bottom stop installation quality for large-scale nylon zipper production.
Nylon Zipper Aluminum Wire Bottom Stop Machine Specifications
Model | HTD-NB05A |
Product Name | Nylon Zipper Aluminum Wire Top Stop Machine |
Average Output | 4800 pcs/20 cm/hour |
Power | 2 kW |
Voltage | 220 V |
Frequency | 60 Hz |
L × W × H | 0.90 × 0.90 × 1.60 m |
Net Weight | 160 kg |
Nylon Zipper Aluminum Wire Bottom Stop Machine Features
Precise Automatic Bottom Stop Attachment for Consistent Quality
The HTD-NB05A is engineered to attach aluminum wire bottom stops to nylon zippers accurately and consistently. Its precision positioning system helps secure each stop without damaging the zipper tape, supporting smooth zipper operation and a high finished-product qualification rate. Reliable output can help reduce material waste and meet demanding quality requirements.
Boost Production Efficiency with Automated Processing
Automating bottom stop installation in place of manual work can increase productivity while lowering labor costs. Designed for continuous operation with minimal operator intervention, the HTD-NB05A can be integrated into a complete nylon zipper production line. It is well suited to high-volume manufacturing as well as flexible production environments.
