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The hardness of different parts of leather materials varies greatly (such as first-layer leather and second-layer leather), and the fiber nature and fiber direction of leather affect the cutting quality. The heat of traditional cutting causes carbonization of the edges, which affects the texture of the leather and produces a strong odor. If manual cutting is used, it is not only inefficient, but also has large precision errors. It also takes a long time and has high labor costs. Traditional cutting methods waste materials seriously, and the nesting utilization rate is ≤70%, making it difficult to accept large orders. If a genuine leather cutting machine is used, it can be configured with CCD, projector, nesting software, etc., and fast and accurate cutting can be achieved, and the error can be controlled within 0.1~0.2mm, and the material utilization rate is increased to 95%. Using optimized software for cutting layout, zero heat is generated during the cutting process, the edges will not be burned, and the cut surface is smooth. Automatic feeding can be configured, and leather punching is supported by switching cutting tools.

  Recommended Models:  

Choose the appropriate cutting area according to the size of the materials to be cut, which can be customized to 1200mm x 1600mm / 2500mm x 1600mm / 3000mm x 1600mm. Working area: 1200mm x 1600mm / 2500x1600mm / 3000mm x 1600mm Countertop type: Automatic feeding Cutting speed: 1500mm (depending on the material) Cutting thickness: ≤50mm (Depending on the material, the thickness that can be cut will vary) Rated power: 9KW / 11KW

 Use Knives: 

 Core Advantages: 

The large CCD camera captures high-resolution images, scans the material surface in real time, identifies defects, marks points, and automatically adjusts the cutting path, far exceeding traditional alignment methods, and supports automatic alignment of complex graphics.	The projector projects the cutting path directly onto the material surface, the operator can intuitively see the cutting contour, the projector displays the intelligent nesting results, and the operator can manually fine-tune the material layout to ensure that the cutting path is consistent with the design drawing.	The material calculation software automatically arranges the cutting path through intelligent algorithms, reducing the waste of scraps and increasing the material utilization rate by 10%-30%. Especially for high-cost materials (such as acrylic, vinyl) or mass production, it directly reduces the cost of raw materials.

 Hardware Display:  

 Application Samples:  

In the leather industry, vibrating knife cutting machines are widely used for high-precision cutting in footwear and bag manufacturing. Main materials for cutting:

1. Natural leather

Top layer cowhide / second layer cowhide / sheepskin / pigskin / horsehide

2. Artificial leather & synthetic leather

PU leather / PVC leather / microfiber leather / eco-friendly leather

3. Textile & composite materials

Canvas / suede / nylon + leather composite material / mesh + PU composite material / EVA + leather composite material

4. Other shoe and bag accessories materials

EVA outsole / insole material (latex + leather) / foam lining (EPE + fabric) / waterproof membrane (TPU + leather)

• Precision cutting – suitable for complex patterns and splicing designs to improve material utilization
• Efficient and lossless – no molds required, reducing manual operations and improving production efficiency
• Intelligent layout – optimize material use, reduce waste and improve cost-effectiveness
• Multi-layer cutting – suitable for multi-layer materials such as uppers, soles, and linings

In the footwear and bag manufacturing industry, the vibrating knife cutting machine has become an important tool for improving production efficiency, reducing costs, and improving quality, helping brands achieve high-end customization and large-scale production.