Nylon polyester mesh welding machine wireless stitching machine, also known as ultrasonic wireless stitching machine or ultrasonic lace machine, is a high-efficiency stitching and embossing equipment mainly used for processes such as edge sewing, welding, cutting, and embossing of synthetic fiber fabrics like nylon and polyester mesh. This equipment does not require traditional needle and thread stitching, offering advantages such as high production efficiency, smooth and burr-free cutting surfaces, good hand feel, and excellent watertightness of processed products.

Equipment Features

High Efficiency: Utilizes ultrasonic principles for stitching, with fast speed and high production efficiency, several times that of ordinary sewing machines.

Excellent Quality: The edges of stitched, welded, and cut products are smooth and burr-free, with strong welding strength and stable product quality.

Wide Applicability: Suitable for various fabrics, artificial leather, spray-bonded cotton, PE paper, PE+aluminum, PE+cloth composite materials, especially for chemical synthetic fiber fabrics like nylon and polyester.

Easy Operation: The equipment is simple to operate, accessible to ordinary workers, and features user-friendly design with convenient adjustments.

Versatile Functions: In addition to basic stitching, it can perform various operations such as patterned edging, cutting, slitting, hole punching, and pattern embossing.

Equipment Components

The nylon polyester mesh welding machine wireless stitching machine generally consists of the following parts:

Frame (with worktable): Provides a stable support platform for easy operation.

Pattern wheel operation part: Transmits ultrasonic energy to PE materials through high-frequency vibration.

Pressure wheel transmission part: Provides necessary pressure to ensure tight bonding of melted PE materials.

Steel mold rotation part: Works in coordination with the pattern wheel to ensure stitching precision and uniformity.

Ultrasonic generator: Converts electrical energy into high-frequency vibration energy.

Ultrasonic transducer: Converts high-frequency vibration energy into mechanical vibration energy.

Electrical control part: Responsible for overall equipment control and parameter adjustment.