Enhancing Stamping Line Performance with Precision

In the realm of industrial production, efficiency reigns supreme. As industries strive for heightened productivity, the NC servo feeder emerges as a pivotal component, streamlining processes and ensuring seamless operations. Understanding the intricacies of its trial operation method is paramount for maximizing productivity. Let’s delve into the meticulous steps involved in optimizing the trial operation of an NC servo feeder, fostering precision and efficiency throughout the production line.

Setting the Stage: Initiating Trial Operations

To embark on the trial operation journey of the NC servo feeder, the initial steps are crucial. Start by activating the leveling machine or material rack on the stamping production line, laying the foundation for seamless material feeding.

Precision Configuration: Aligning Material Blocking Wheels

A pivotal aspect of NC servo feeder trial operation is configuring the material blocking wheels with precision. Adjust the positions of these wheels according to the coil’s width, ensuring a seamless match. Carefully maneuver the wheels to avoid any hindrance to the coil’s movement, fostering smooth material flow.

Facilitating Coil Placement: Ensuring Optimal Clearance

Efficient coil placement is essential for uninterrupted operation. Lift the relaxation handle of the NC servo feeder, facilitating the seamless insertion of the coil between the upper and lower rollers. Adjust the material thickness adjustment handle to maintain a 5mm swinging clearance for the relaxation bracket, guaranteeing smooth material movement.

Initiating Material Introduction: Inch by Inch

With meticulous precision, introduce the material into the mold by pressing the inching button. This gradual approach ensures controlled material flow, laying the groundwork for accurate feeding during production.

Optimizing Pressure: Preventing Slippage

Maintaining optimal pressure is paramount to prevent coil slippage during NC passage. Adjust the pressure of the material pressing spring accordingly, ensuring consistent material feed. Adapting pressure settings to accommodate changes in coil thickness is vital for seamless operation.

Synchronization and Calibration: Setting Parameters

Achieving synchronization with the punch press is pivotal for seamless production. Enter the feeding length on the NC servo feeder control panel and adjust the feeding speed to align with production requirements. Calibrate parameters meticulously to ensure precision, manually testing feeding in alignment with punch press specifications.

Fine-Tuning Alignment: Ensuring Reliability

Reliability hinges on precise alignment between the punch press mold’s alignment pin and hole. Adjust the relaxation screw until it interacts with the relaxation bracket’s bearing, facilitating optimal coil relaxation. Locking the screw nut solidifies the setup, ensuring steadfast operation.

Precision Feeding Initiation: Optimizing Signals

Initiate feeding with precision by adjusting the starting feeding signal of the NC servo feeder. Utilize the punch press rotating cam to fine-tune the angle, ensuring seamless integration with the crankshaft. Precision is key, with recommended angles between 9 o’clock and 3 o’clock for optimal performance.

Validation and Continuous Production

With meticulous setup complete, validate the trial operation by manually operating the punch press. Observing the feeding length and material appearance for one stroke allows for adjustments to meet required standards. Upon confirmation, seamlessly transition to continuous production by activating the auto button, ushering in a phase of uninterrupted productivity.


Efficiency and precision are the cornerstones of industrial production, and the trial operation of an NC servo feeder epitomizes this ethos. By adhering to meticulous procedures and optimizing configurations, industries can unlock heightened productivity and seamless operations on the stamping line. Embrace precision, streamline processes, and propel production into a realm of unparalleled efficiency with the NC servo feeder.

NC Servo Feeder
NC Servo Feeder