- Home
- Services
-
Products
The YouYi Automation Products Center
All of YouYi's press automation solutions in one place.
-
- Company
- Application & Cases
- Resources
- Contact Us
The YouYi Automation Products Center
All of YouYi's press automation solutions in one place.
News
How to Quickly Install a New Servo Coil Feeder on a Punch Press? | Step-by-Step Guide
December 02, 2025
When integrating a new servo coil feeder into your punch press production line, proper installation and accurate commissioning are essential to ensure stable, high-precision feeding. This guide breaks down the complete process into clear, practical steps—ideal for manufacturers upgrading or replacing their press feeding equipment.
Below, we outline the recommended installation and debugging procedures to help you put your new servo coil feeder into production as quickly and safely as possible.
On one side of the punch press table, drill and tap four screw holes according to the dimensions of the installation plate.
Secure the installation plate firmly.
Then hoist the feeder body using lifting straps and align the sliding plate with the installation plate. Use the matching bolts to fix the main feeder body to the installation plate.
If the height or horizontal position of the servo coil feeder does not align with the press tooling, adjust the sliding plate.
Loosen the two bolts on the sliding plate, fine-tune the bolts attached to the installation plate to raise or lower the feeder, and align it to the correct working height.
Once aligned, tighten all bolts securely.
Install the tooling and make sure the mold direction is perfectly perpendicular to the feeder’s rollers.
Install the release position on the press ram as required.
Select an appropriate location on the press to mount the electrical control box and proximity switch.
After installation, check whether the electrical components respond and trigger correctly.
Start the straightener or decoiler and slowly release the material strip.
Adjust the two side guide wheels according to the material width—ensuring smooth entry without interference.
Lift the release handle and insert the material between the upper and lower rollers.
Lower the release handle, loosen the thickness adjustment lock, and raise or lower the adjustment handle until the release bracket has approximately 5 mm of clearance.
Lock the adjustment screw once the gap is correct.
The pressure springs apply downward force to the upper roller.
The goal is to ensure the roller firmly grips the material without slipping.
For thicker materials, increase the pressure as needed.
After installing the feeder, set the required feeding length on the controller.
Then set the corresponding feeding speed based on the punching requirements of the production line.
Because minor deviations may occur due to mechanical tolerances, test the feeder in manual mode.
Run feeding tests, cycle the press, and confirm the actual feeding length matches the programmed value.
Fine-tune the parameters if necessary.
Proper installation and commissioning determine whether your servo coil feeder can run with stability, accuracy, and efficiency.
By following the above steps—covering mechanical installation, electrical setup, material adjustments, and parameter calibration—you can ensure your feeder enters production quickly and reliably.
Latest News
06
Jan.
Maintenance Guide for 3-in-1 Decoiler Straightener Feeder
This guide explains how to properly maintain a 3-in-1 Decoiler Straightener Feeder by focusing on rollers, straightening units, and feeding mechanisms. Regular maintenance helps improve feeding accuracy, reduce downtime, and extend the service life of stamping automation equipment.
30
Dec.
How Does a 3 in 1 Coil Feeder Enable Automated Stamping Production?
A complete guide explaining how a 3 in 1 coil feeder works in automated stamping production, covering its structure, working process, and key advantages for high-efficiency press lines.
24
Dec.
2-Axis vs. 3-Axis Transfer Robots: Key Differences in Stamping Automation
2-axis and 3-axis transfer robots are widely used in automated stamping lines for loading, unloading, and part transfer. This article explains their key differences, application scenarios, and selection guidelines to help manufacturers choose the right press automation solution.
Related Products
High-precision feeding: Aiming at the advent of high-tech industries, computer close-circuit feedback control is used to ensure accuracy within ±0.02mm
Thick Plate NC Servo Feeder (0.1-6.0mm)
High-precision feeding: Aiming at the advent of high-tech industries, computer close-circuit feedback control is used to ensure accuracy within ±0.02mm
This machine can perform multiple shifts according to the blanking diameter of the water to ensure the circular cutting of the material, which maximizes the utilization of the material. If size of the blank is not equal, it can automatically arrange the angle calculations to ensure maximum material saving
This machine is used to cut and level the feeding line with shearing machine (no need to release)
Dual servo feeder is suitable for high-speed punching machine, dual servo control, the feeding speed can reach 300 times per minute
Dual servo feeder is suitable for high-speed punching machine, dual servo control, the feeding speed can reach 300 times per minute
High-precision feeding: Aiming at the advent of high-tech industries, computer close-circuit feedback control is used to ensure accuracy within ±0.05mm
3 in1 Decoiler Leveler Feeder For Thin Plate（0.3-3.2mm）
The 3-in-1 servo feeder integrates four functions—uncoiling, leveling, feeding, and shearing—into a fully automated system.
3 in1 Decoiler Leveler Feeder For Medium Plate（0.5-4.5mm）
The three functions of uncoiling and leveling feed are integrated, with the characteristics of high accuracy, easy operation, space saving and so on.
3 in1 Decoiler Leveler Feeder For Thick Plate（0.6-6.0mm）
The thick plate 3-in-1 feeder integrates uncoiling, leveling, and feeding functions into one compact system, delivering high-precision material handling for heavy-duty stamping applications
