Automatic Rubber Band Splicing Machine:What are two types of splicing?

Sep 18, 2026 Leave a message

Introduction

Automatic Rubber Band Splicing Machine

For apparel and textile accessory manufacturers, the Automatic Rubber Band Splicing Machine is core intelligent equipment for cutting, positioning and looping elastic bands. In industrial‑scale elastic‑band processing, there are two dominant splicing technologies: sewing‑type splicing and ultrasonic hot‑melt splicing. Each process brings unique pros, cons and material adaptability, directly influencing finished‑product elasticity, joint strength and production cost.

 

1. Sewing‑type Splicing

 

Sewing‑type splicing is the mainstream mechanical splicing solution adopted by the NY‑52B‑01 Automatic Rubber Band Splicing Machine. It uses zig‑zag herringbone stitch to overlap and sew two ends of elastic band together to form a closed loop.

  • Advantages: The seam retains good softness and elasticity; suitable for most woven elastic bands, underwear waistbands and garment rubber bands. Joint strength is reliable under repeated stretching.
  • Limitations: Visible stitch marks remain at the splice point; thread consumption is required.
  • Machine performance: Equipped with imported SMC pneumatic components, the NY‑52B‑01 reaches sewing speed up to 2000 SPM. It supports letter & color‑code induction for logo alignment, auto shuttle oil injection and auto‑stop for thread breakage, delivering stable continuous sewing‑type splicing output.

 

2. Ultrasonic Hot‑melt Splicing

 

Ultrasonic hot‑melt splicing relies on high‑frequency ultrasonic vibration to generate instant heat, melting and pressing elastic‑band ends together without sewing threads. The NY‑52B‑01 Automatic Rubber Band Splicing Machine integrates ultrasonic cutting module to support this process option.

  • Advantages: No thread consumption; smooth, burr‑free joint surface; clean edge without loose yarns.
  • Limitations: Not compatible with non‑thermoplastic elastic materials. The splice position may turn relatively hard.
  • Application fit: Ideal for chemical‑fiber synthetic elastic bands where invisible joint appearance is prioritized.

 

Comparison of Two Splicing Technologies

 

Item Sewing‑type Splicing Ultrasonic Hot‑melt Splicing
Core Principle Zig‑zag stitch mechanical sewing Ultrasonic thermal fusion, no thread
Joint Feature Stitched seam, soft elasticity Thread‑free smooth fusion joint
Material Suitability Most woven elastic, underwear waistband Thermoplastic chemical‑fiber elastic band
Consumables Need thread No thread consumables
Key Equipment Function High‑speed zig‑zag sewing Ultrasonic cutting & heating module

 

Machine Extra Capabilities

 

Beyond two splicing modes, the NY‑52B‑01 Automatic Rubber Band Splicing Machine features upgraded PLC control, IoT remote monitoring, intelligent length setting and auto‑material collection. It handles elastic band width 1‑6 cm and finished loop length 20‑110 cm (customizable). Functions such as infrared wrinkle removal and belt‑loosening sensing prevent material deformation during mass production.

 

Company & Machine Introduction

 

Zhejiang Nanyuan Sewing Equipment Co., Ltd. independently develops and manufactures the NY‑52B‑01 Automatic Rubber Band Splicing Machine. This all‑in‑one machine integrates feeding, fixed‑length cutting, positioning and dual‑mode splicing. It can freely switch between sewing splicing and ultrasonic hot‑melt splicing to match diverse production orders. The whole machine adopts heavy‑duty cast iron frame and imported core pneumatic & electric parts, running stably with low vibration and low noise for long‑time continuous operation. The touchscreen panel supports simple parameter setup for different elastic specifications. It is widely used for processing underwear waistbands, sportswear rubber bands, mask ear loops and home textile elastic loops. We offer machine trial testing, customized function development, complete technical training, spare‑parts supply and global after‑sales service. MOQ is 50 units, with a lead time of 20‑30 days.

 

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