- Low-speed feeding (≤ 30 pieces per minute): It is often used for precision or complex-shaped parts, such as the assembly of high-end jewelry components and miniature electronic chips. This speed can prevent parts from being damaged due to rapid movement and is also suitable for debugging new products.
- Medium-speed feeding (30 - 100 pieces per minute): It is the most commonly used speed in the manufacturing industry. In the production of automotive parts and consumer electronics enclosures, this speed can balance production efficiency and precision to ensure the stable conveying of parts.
- High-speed feeding (≥ 100 pieces per minute): It is suitable for large-scale mass production scenarios, such as the stamping of metal washers. This speed can significantly increase production capacity. However, attention should be paid to the characteristics of parts to avoid misalignment or damage of parts at high speeds.
The actual feeding speed is affected by various factors such as the type of parts and the design of the track. When selecting a vibratory plate, it is necessary to conduct tests and adjust parameters to find the best speed that meets production requirements.