Brake Linings Warning Line Grinding Machine

The CV Brake Lining Warning Line Grinder, a remarkable inclusion in the realm of Brake Linings Machinery, specifically within the domain of Brake Linings Grinder Machinery, represents an innovative and highly specialized piece of equipment. Meticulously engineered, this machine is tasked with the crucial operation of processing warning lines on CV Brake Linings. As an essential component of the brake lining production process, the CV Brake Lining Warning Line Grinder ensures that brake linings not only adhere to the highest safety standards but also offer clear visual cues for maintenance and replacement.

Amid the intricate landscape of Brake Linings Chamfer Machinery and related equipment, the CV Brake Lining Warning Line Grinder distinguishes itself through its precision and efficiency. It is designed to integrate seamlessly into the production workflow, thereby enhancing the overall quality and reliability of the brake linings manufactured.

Now, let’s delve into the detailed technical parameters of this advanced machine:

1. Processing Range

The CV Brake Lining Warning Line Grinder is configured to handle a processing range of R180 – R205. This specific span of inner – arc radii empowers the machine to accommodate a diverse array of CV Brake Linings, catering to the varying requirements of different vehicle models. Whether it’s for compact commercial vehicles or large – scale trucks, this grinder can precisely process the warning lines on brake linings with radii falling within this range, ensuring a proper fit and optimal functionality within the braking system.

2. Product Height

With the capacity to accommodate product heights ranging from 150mm – 230mm, the machine showcases its adaptability. This flexibility in product height allows manufacturers to utilize the CV Brake Lining Warning Line Grinder for different types of brake linings, be it thicker ones for heavy – duty applications or thinner ones for more compact vehicles. The machine is ingeniously engineered to adapt to these height variations, guaranteeing consistent and high – quality processing of warning lines, regardless of the brake lining’s dimensions.

3. Working Efficiency

Boasting an impressive working efficiency of 10000 pieces per 8 – hour shift, this grinder is a paragon of productivity. In a typical 8 – hour workday, it can process a substantial volume of CV Brake Linings, making it an ideal choice for large – scale production facilities. This high – speed processing not only boosts the overall output of the production line but also enables manufacturers to meet stringent deadlines and market demands. By reducing the time required to process each brake lining, it facilitates cost – effective production.

4. Physical Dimensions

Measuring 1300mm × 1400mm × 1400mm, the machine features a well – conceived and compact structure. The 1300mm × 1400mm footprint allows it to fit snugly within most standard – sized production areas without consuming excessive space. This is crucial for optimizing the layout of the manufacturing facility. The 1400mm height is carefully designed to house all the necessary components for processing warning lines, ensuring efficient operation and easy access for maintenance.

5. Machine Weight

Weighing in at 450kg, the CV Brake Lining Warning Line Grinder strikes a balance between stability and portability. Its relatively light weight makes it easier to transport and install within the factory, whether it needs to be relocated to a different production area or set up in a new facility. Simultaneously, this weight provides sufficient stability during operation, preventing vibrations that could potentially compromise the precision of warning line processing.

6. Total Power

The total power of 6kW ensures that the machine has ample energy to execute its tasks efficiently. This power rating is meticulously calibrated to drive the grinding mechanisms with the requisite force and speed, enabling the creation of clear and accurate warning lines on the CV Brake Linings. It facilitates smooth and continuous operation, minimizing the risk of power – related disruptions during the production process.