Specification
| Parameter | Detail |
|---|---|
| Machine Model | MPX180 (Oblique Belt) |
| Grinding Mode | Quantitative Oblique Cross-Grinding |
| Thickness Tolerance | ±0.01mm to ±0.02mm |
| Belt Configuration | Oblique Angle Precision Belt |
| Working Width | 1400mm - 2200mm |
| Cooling System | Air and Water Internal Cooling |
| Belt Tensioning | Automatic Pneumatic System |
| Control System | Industrial PLC with HMI Touch Interface |
Advantage
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Oblique Belt Grinding Structure: The inclined belt design ensures smoother material contact and more efficient grinding distribution, improving overall surface uniformity and stability.
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Quantitative Thickness Control System: Equipped with precise measurement technology, the machine allows accurate and repeatable thickness adjustment down to high-precision industrial standards.
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Double Grinding Stability Design: Enhanced structural rigidity reduces vibration during operation, ensuring consistent grinding accuracy even under high-load continuous production.
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Wide Material Compatibility: Suitable for various leather types including PU, PVC, microfiber, and natural leather, offering strong adaptability for different production requirements.
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High-Efficiency Continuous Processing: Supports stable long-term operation with adjustable feeding speed, improving productivity in large-scale leather manufacturing environments.
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Advanced Belt Abrasion System: Uses durable grinding belts that maintain consistent performance over time, reducing maintenance frequency and operational downtime.
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Intelligent PLC Control Interface: Siemens/Delta PLC system with HMI touch screen enables easy operation, parameter storage, and real-time process monitoring.
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Energy-Saving Industrial Design: Optimized mechanical structure reduces power consumption while maintaining high grinding efficiency, suitable for continuous industrial production.
Application Scenario
| Application Scenario | Compatible Materials | Processing Purpose |
|---|---|---|
| Streak-Free Thickness Reduction | PU / PVC / Microfiber Leather | Oblique belt angle eliminates linear grinding marks |
| High-Density Microfiber Leveling | Ultra-Dense Microfiber Substrate | Cross-directional grinding for superior flatness |
| Footwear Upper Material Prep | PU Shoe Upper Leather | Precise thickness control for comfort and bonding |
| Automotive Leather Calibration | PU Automotive Interior Leather | Stable ±0.01mm tolerance for OEM compliance |
| Industrial Belt & Strap Leather | Coated / Composite Leather | Durable oblique grinding for industrial products |
Application
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Precision Leather Thickness Calibration: The Quantitative Oblique Belt Leather Grinder is widely used for controlled thickness reduction of PU, PVC, and genuine leather materials, ensuring accurate and consistent output for industrial leather production lines.
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Footwear Upper Leather Processing: Applied in shoe upper material preparation, the machine ensures uniform grinding results that improve flexibility, comfort, and overall finishing quality for mass footwear manufacturing.
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Automotive Interior Leather Manufacturing: Ideal for processing leather used in car seats, dashboards, and door panels, delivering stable thickness control and smooth surface preparation for automotive-grade requirements.
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Furniture Upholstery Leather Treatment: Used in sofa and chair leather processing, ensuring even material reduction and enhanced surface consistency for premium furniture production applications.
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Handbag and Luggage Leather Preparation: Suitable for luxury and industrial bags, wallets, and suitcases, providing precise quantitative grinding that improves product structure and durability.
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Industrial Belt and Strap Manufacturing: Applied in heavy-duty leather products such as belts and straps, ensuring accurate thickness uniformity to meet strength and safety performance requirements.
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Protective Gear Leather Processing: Used in safety equipment materials, ensuring controlled grinding that maintains structural integrity while achieving required thickness standards for protective applications.
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Decorative Leather Panel Production: Ideal for architectural and interior decorative leather panels, ensuring consistent thickness for improved installation stability and aesthetic uniformity.
Payment and Shipping
We support flexible international payment methods for the Quantitative Oblique Belt Leather Grinder, including T/T (Telegraphic Transfer), L/C (Letter of Credit), and D/P (Documents against Payment), ensuring smooth transactions for global buyers. For large-scale industrial leather production projects, customized payment structures can also be arranged, typically including a deposit to confirm production and a final balance before shipment after inspection and testing approval.
Standard delivery terms for the quantitative oblique belt leather grinding machine for precision thickness control applications are FOB Shanghai/Ningbo or CIF to the customer’s designated port. The production cycle generally ranges from 40 to 65 working days depending on machine configuration, working width, and optional system upgrades. Before shipment, each unit undergoes strict calibration testing to ensure grinding accuracy, belt alignment stability, and long-term operational reliability.
All equipment is packaged using reinforced export-grade protection systems designed specifically for the oblique belt quantitative leather grinder for PU, PVC, and microfiber processing lines. The machine is securely fixed with anti-vibration steel frames, moisture-resistant wrapping, and multi-layer shock-absorbing materials to protect precision components, belt systems, and PLC control units during long-distance ocean transportation.
We provide comprehensive logistics solutions based on project urgency, including standard sea freight for cost efficiency and air freight options for urgent industrial delivery requirements. The shipping process of the high-precision quantitative oblique belt leather grinding equipment for continuous manufacturing systems is fully monitored, with real-time tracking updates and coordination with international freight partners to ensure safe and timely arrival.
In addition, we assist with complete export documentation and customs clearance support, including commercial invoices, packing lists, certificates of origin, and other required shipping documents. For large industrial projects, we also provide optional on-site installation guidance, commissioning support, and operator training to ensure the advanced oblique belt leather grinding machine for quantitative thickness control production lines operates efficiently from the very first day of installation.
FAQ
- Q: What is the benefit of the oblique belt over a roller?
- A: The oblique angle prevents linear streak marks and provides a much smoother, cross-directional leveling.
- Q: How is the "quantitative" thickness controlled?
- A: It is controlled via the PLC, which adjusts the grinding gap with micron-level precision based on the set target.
- Q: Can I use this for genuine leather?
- A: While optimized for synthetic leather and microfiber, it can be customized for specific genuine hide applications.
- Q: How long does the grinding belt last?
- A: With the automatic centering system, belt life is significantly extended, typically lasting 50,000+ meters depending on the grit.
- Q: Is the belt tensioning automatic?
- A: Yes, it uses a pneumatic tensioning system that maintains constant pressure for consistent results.
- Q: Does the machine prevent synthetic resin glazing?
- A: Yes, the high-efficiency cooling system ensures the temperature stays below the melting point of PU/PVC.
- Q: What is the maximum width of the MPX180?
- A: Standard models are 1800mm, but we can customize up to 2200mm.
- Q: How is dust removed from an oblique belt?
- A: The angle naturally helps throw dust into the suction ports, which are powered by a high-volume vacuum fan.
- Q: Is the HMI interface easy to use?
- A: Yes, it is a 10-inch color touch screen with intuitive icons and multi-language support.
- Q: Can it process very high-density microfiber?
- A: Absolutely, the oblique action is specifically designed for the toughest high-density synthetic substrates.
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