Experience unparalleled precision and efficiency in material feeding with the Mitsubishi Servo Feeder. Driven by advanced Mitsubishi servo motor technology, this feeder ensures impeccable feeding accuracy, setting a new standard in the industry. Discover why discerning precision stamping professionals are increasingly opting for the Mitsubishi Servo Feeder over other models.

Unrivaled Precision and Accuracy

The Mitsubishi Servo Feeder stands out for its remarkable precision in feeding materials. Utilizing cutting-edge servo motor technology, it operates with unparalleled accuracy, ensuring every material is fed precisely through the feeding drum. This superior accuracy sets it apart from its counterparts, making it the preferred choice for precision stamping applications.

Simplified Setup and Operation

Unlike other feeding equipment, the Mitsubishi Servo Feeder offers a streamlined setup and operation process. Its user-friendly design ensures simplicity and convenience, allowing operators to get started with ease. However, achieving optimal performance requires attention to detail and adherence to proper setup procedures.

Addressing Common Challenges

While the Mitsubishi Servo Feeder boasts exceptional performance, challenges may arise if materials are not handled correctly or if setup procedures are overlooked. One common issue encountered is material slippage and skewing during transport. Fortunately, these issues can be effectively addressed by following the recommended guidelines outlined in the feeder’s manual.

Quality Assessment of Materials

In cases of slippage and skewing, it is crucial to assess the quality of the materials being fed. Look for signs of bending, unevenness, inconsistent thickness, or burrs on the edges. If any defects are detected, switch to using high-quality coil materials to ensure smooth and accurate feeding.

Optimizing Pressure Distribution

Proper distribution of pressure from the front pressure springs is essential for optimal performance. Ensure that pressure is evenly distributed on both sides and that the springs effectively press the material. A simple test to verify this is to check if the material cannot be easily pulled by hand, indicating sufficient pressure.

Dual Air Pipe Connection

The Mitsubishi Servo Feeder is equipped with two air pipes for clamping and releasing functions. It is imperative to connect both air pipes during operation to ensure adequate clamping, especially when working with thicker materials. Failure to do so may result in inadequate clamping force, leading to feeding inaccuracies.

Minimizing Distance Between Machines

Maintaining an optimal distance between the feeding machine and the decoiler machine is crucial for preventing material skewing. Excessive distance can cause the material’s arc to become too large, exerting excessive pulling force on the feeder. To mitigate this issue, minimize the distance between the machines while ensuring it meets the requirements of the stamping process. Additionally, for thicker or wider materials, utilize support stands to prevent excessive pulling force on the feeder.

Conclusion

In conclusion, the Mitsubishi Servo Feeder sets a new standard for precision and efficiency in material feeding. With its advanced servo motor technology and user-friendly design, it offers unparalleled accuracy and convenience. By addressing common challenges such as material quality assessment and optimizing setup procedures, operators can maximize the performance of the feeder and achieve superior results in precision stamping applications.

Servo Feeder
Servo Feeder