Genuine leather refers to high-quality leather made by tanning natural animal hides (such as cows, sheep, and pigs). Genuine leather is renowned for its softness, comfort, durability, high-end quality, and breathability, and is widely used in clothing, footwear, bags, furniture, automotive interiors, and high-end handicrafts.
PU Synthetic Leather
PU synthetic leather is a high-performance artificial leather material made by coating a fabric substrate with polyurethane. It features a similar appearance to genuine leather, a soft feel, wear and water resistance, and is environmentally friendly and easy to clean. CNC cutting machines for PU synthetic leather significantly improve processing efficiency and precision through high-precision, automated, and multi-functional processing.
PVC Artificial Leather
PVC artificial leather is a high-performance artificial leather made from polyvinyl chloride as the base material through coating or calendering processes. It features wear resistance, water resistance, chemical corrosion resistance, easy cleaning, and low cost. By controlling the cutting tools with a CNC system, it can achieve high-precision cutting, irregular shape processing, embossing cutting, and mass production, significantly improving processing efficiency and accuracy.
Leather Composite Materials
r composite materials refer to engineered materials that combine natural leather, synthetic leather, or recycled leather fibers with additional substrates, coatings, or reinforcement layers to enhance performance, durability, and functionality. These composites are designed to offer improved strength, flexibility, environmental benefits, and expanded applications beyond what traditional leather can provide.
Super typesetting master software, the nesting speed is 5 times increased, material utilization rate increases more than 10%.
Differentiate the grades according to the leather, support division and classification multifarious nesting cutting.
High-Precision, Efficient, and Automated Cutting
Using Sweden Linden gear transmission, high cutting precision ± 0.1mm.
Scanning, typesetting, and cutting are all completed on a single machine, reducing manual labor. Production efficiency is increased by more than three times.
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