This Brake Pads Machine is a specialized piece of Brake Pads Machinery engineered for high-precision surface grinding of various brake pads. As a versatile Car Brake Pads Machine and Truck Brake Pads Machine, it caters to the processing needs of both passenger car and commercial vehicle brake components, integrating innovation, efficiency, and stability into one advanced system.
I. Machine Overview & Core Functionality
The Electromagnetic Disc Grinding Machine represents a breakthrough in brake pad processing technology, distinguishing itself from conventional equipment through its electromagnetic adsorption design. Unlike traditional fixture-based fixing methods, it adopts an electromagnetic system to firmly secure brake pads onto the grinding disc, enabling simultaneous execution of coarse grinding, fine grinding, and dust cleaning operations.
As a professional Brake Pads Machinery, it features stepless speed regulation for precise grinding speed control, user-friendly operation, and consistent quality output—even during large-scale mass production. Whether used as a Car Brake Pads Machine or Truck Brake Pads Machine, it maintains high efficiency and stability, meeting the strict demands of industrial brake pad manufacturing.
II. Core Grinding Capabilities
This Brake Pads Machine excels in two key grinding stages, ensuring brake pads meet the required shape, precision, and surface quality standards for automotive safety and performance.
| Grinding Stage | Core Function | Motor Power | Rotational Speed | Key Advantage |
| Coarse Grinding | Rapidly removes excess material, shapes brake pads to approximate desired form | 4KW | 6000 rpm | High-efficiency material removal, lays foundation for subsequent fine grinding |
| Fine Grinding | Refines surface finish to achieve smoothness and precision | 4KW | 6000 rpm | Meets strict quality requirements for brake pad performance and durability |
III. Dust Cleaning Systems
To maintain a clean working environment and avoid debris affecting grinding quality, the machine is equipped with two efficient dust cleaning options, ensuring the grinding area remains free of residues during operation—critical for consistent results in Car Brake Pads Machine and Truck Brake Pads Machine applications.
| Cleaning Method | Motor Power (for Brush) | Rotational Speed (for Brush) | Working Principle | Core Benefit |
| Brush Cleaning | 0.55KW | 3000 rpm | Rotating brush sweeps away grinding residue | Thorough removal of fine particles |
| Air Blow Cleaning | N/A | N/A | High-pressure air forces dust away from the grinding area | Fast, non-contact cleaning, suitable for sensitive surfaces |
IV. Detailed Technical Specifications
The following table outlines the comprehensive technical parameters of this Brake Pads Machinery, showcasing its performance, precision, and adaptability as a Car Brake Pads Machine and Truck Brake Pads Machine.
| Specification Category | Details |
| Production Capacity | 1400 – 1600 pieces/hour, ideal for industrial-scale mass production |
| Surface Accuracy | Horizontal run-out ≤ 0.05mm, ensuring flat and smooth brake pad surfaces |
| Electromagnetic Sucker | – Voltage: 110V (powered by external 3-phase 220V industrial electricity)- Suction Force Area: ≥ 180° (sectorial)- Loading & Discharge Area: Up to 180° (sectorial)- Non-magnetic Area: 150°- Magnetic Area: 210° |
| Magnetic Disc | – Driving Power: 1.5KW (frequency control)- Standard Rotational Speed: 1/4 – 8 rpm (stepless adjustment) |
| Grinding Table Dimensions | Diameter: 600mm / 800mm (customizable based on brake pad size and production needs) |
V. Application Scope
As a multi-purpose Brake Pads Machine, it is widely applicable to:
- Car Brake Pads: Processes passenger car brake pads with high precision, matching the strict surface requirements for passenger vehicle safety.
- Truck Brake Pads: Handles the larger, thicker brake pads of commercial trucks, ensuring sufficient material removal efficiency and surface flatness.
This Brake Pads Machinery is a reliable choice for brake pad manufacturers seeking to enhance production efficiency, improve product quality, and reduce operational complexity.
