Servo feed features precise sawing position control, reducing idle time of saw blades, improving efficiency, digitizing sawing load capacity data, and adapting to material thickness and saw blade sharpness, with the advantage of automatic adjustment of feed speed.

• Introduction:

1. Servo Motor Control for Feed Speed:

Servo feed technology utilizes servo motors, allowing for precise control of feed speed (1-10M) based on material thickness, solid or hollow, adjustable on the control screen. This enhances manufacturing flexibility to meet cutting requirements for different materials.

2. Automatic Load Current Detection and Protection:

The servo feed system automatically detects load current, slowing down the system when sawing speed is too fast or the blade is not sharp, protecting the mechanical structure to extend blade life. It also issues warnings, prompting operators for maintenance. This feature ensures stable machine operation and prolonged lifespan.

3. Multi-Stage Cutting Speed Settings for Speed Optimization:

For specific material types, the servo feed system allows the setting of multiple cutting speeds for different sections of the same material, optimizing speed. This feature proves beneficial when processing irregularly shaped materials, ultimately improving production efficiency.

4. Precise Positioning to Reduce Wasted Time:

Servo feed technology precisely positions the preparation and cutting locations of the material, making the process more accurate and minimizing wasted time. The mechanical system can quickly and accurately position, enhancing overall processing efficiency.

5. Quick Retraction Speed and Energy-saving Advantages:

Compared to traditional hydraulic feed systems, servo feed technology boasts a faster retraction speed, effectively shortening the processing cycle. Additionally, the servo system is more energy-efficient compared to hydraulic systems, aligning with modern manufacturing's demands for environmental protection and energy conservation.

 

• Conclusion:

Servo feed technology, with its precise control, efficient feed strategies, energy-saving advantages, and digitization capabilities, has brought significant technological advancement to the manufacturing industry. These features not only enhance production efficiency and product quality but also inject more intelligence and sustainability into the manufacturing sector.