Automatic Feeding Machine

A: Feeder accuracy depends on material thickness, surface condition, feed length, and press operating speed. Under standard operating conditions, our servo roll feeders achieve position repeatability within +/- 0.02 mm. Precision optical encoder feedback continuously monitors roller movement to prevent incremental pitch errors during long production runs.

A: Yes. Our feeding systems are engineered for universal press compatibility, including mechanical, hydraulic, and pneumatic presses. They synchronize with your existing machine using standard press cam signals, programmable limit switches, or encoder feedback interfaces. We also provide custom mounting plates to match your press-side frame dimensions.

A: An NC Servo Feeder uses an electric servo motor and PLC control, allowing operators to program variable feed lengths and speeds digitally on an HMI touchscreen. It is ideal for high-precision, multi-step, or progressive die stamping. An Air (Pneumatic) Feeder uses compressed air cylinders with mechanical stops, offering a low-cost, fixed-pitch solution for simpler, single-stage stamping jobs.

A: For sensitive materials such as polished aluminum, stainless steel, copper, or coated stock, we offer specialized roller treatments. These include chrome-plated polished surfaces, polyurethane (PU) coated rollers, and precision adjustable pneumatic roller pressure controls to ensure firm grip without surface deformation or scratches.

A: Progressive die stamping requires precise timing between feeder release and press stroke. You should evaluate your maximum strip width, material thickness, maximum feed length, required strokes per minute (SPM), and the die pilot pin engagement window. Contact our engineering team with these parameters to receive a tailored feeder recommendation.