In the shoe material production process, from leather cutting and EVA foam sheet conveying to finished component transfer, each step places high demands on the stability and protective properties of the conveyor system. Compared to ordinary PVC or PU conveyor belts, felt conveyor belts, due to their softness, anti-slip properties, and cut resistance, have become an important component of automated equipment in the shoe material industry.
Main characteristics of felt conveyor belts:
1. Soft surface that does not damage materials: The felt surface has excellent cushioning properties, preventing indentations and scratches when conveying genuine leather, microfiber leather, mesh fabric, foam, and other shoe materials, effectively protecting the surface quality of the materials.
2. Excellent anti-slip performance: The high coefficient of friction of the felt surface allows it to firmly adhere to the shoe material sheets, preventing slippage and deviation during high-speed operation or inclined conveying, making it particularly suitable for conveying irregularly shaped pieces.
3. Cut and Punching Resistant: In shoe material cutting machines, vibrating knife cutting machines, laser cutting machines, and other equipment, felt conveyor belts can withstand repeated cutting by blades without easily being damaged, resulting in a significantly longer service life than ordinary conveyor belts.
4. Good Air Permeability: The felt structure has a certain degree of air permeability, making it suitable for vacuum adsorption cutting platforms. This helps maintain a stable adsorption force and improves cutting accuracy.
5. Stable Operation and Low Noise: The soft felt material results in low vibration and low noise during high-speed operation, improving the working environment in the production workshop.
Application of Felt Conveyor Belts in the Shoe Industry:
Automatic cutting lines for shoe upper materials
Computerized vibrating knife cutting machines
Laser cutting equipment
Punching press blanking conveyor systems
Insole, EVA, and midsole sheet conveying
Automatic layout and receiving systems
Especially in automatic layout and cutting processes, felt conveyor belts not only serve as the conveying medium but also as part of the cutting support platform.
Core Advantages of Felt Conveyor Belts for the Shoe Material Industry:
1. Improved Cutting Precision: Combined with a vacuum adsorption system, felt conveyor belts firmly hold materials in place, preventing movement during cutting and thus improving dimensional accuracy and reducing waste.
2. Reduced Material Loss: The soft surface prevents scratches or dents on high-grade leather, reducing defect rates, especially suitable for high-value shoe upper materials.
3. Enhanced Automation Efficiency: Anti-slip properties ensure continuous, non-shifting transport of small or multiple pieces of material, making automatic layout and continuous cutting more stable and reducing manual intervention.
4. Extended Equipment Lifespan: Felt provides cushioning, reducing the hard impact between the cutter and the equipment platform, thus reducing equipment wear.
5. Adaptability to Various Shoe Material Types: Whether it’s genuine leather, PU, mesh, foam, or composite materials, felt conveyor belts can stably transport materials, offering strong versatility.
Solving Common Problems in Shoe Material Production
Material slippage and deviation during conveying
Material movement during cutting leads to dimensional errors
Scratching or denting of high-grade leather
Easily cut by blades on ordinary conveyor belts
Difficulty in continuously and stably conveying small pieces
Inconsistent vacuum adsorption effect
By using felt conveyor belts, shoe material factories can achieve a more stable automated production process while reducing labor costs and material waste.
As the shoe materials industry moves towards automated, digital cutting, the requirements for conveyor belts are becoming increasingly stringent. SCplus felt conveyor belts, with their advantages of anti-slip properties, cut resistance, material protection, and compatibility with vacuum adsorption systems, have become the ideal choice for shoe material cutting equipment.
They not only improve cutting accuracy and production efficiency but also effectively reduce material loss and equipment wear, providing a reliable guarantee for shoe material companies to achieve high-quality, high-efficiency production.
