Servo Series

Servo Driven Cosmetic Powder Pressing Machine

Servo-driven pressing system for cosmetic powder compaction, using AC servo motors for punch positioning, pressing force, and ejection control, with programmable motion profiles and recipe-based parameter recall.

0.01 mm Position Repeatability
2-30 Tons Pressing Force
30-70 Pans Per Minute
01

Product Introduction

The Servo Driven Cosmetic Powder Pressing Machine uses AC servo motors to drive punch positioning and pressing force, replacing the hydraulic power unit with a programmable motion profile. Pressing force, punch speed, dwell position, and ejection stroke are set numerically through the HMI, allowing the pressing cycle to be shaped for each powder formulation. Servo control maintains position repeatability during extended production runs, supporting consistent pan thickness and density. Motion parameters are stored as recipes, so switching between products requires recalling the relevant program rather than manual mechanical adjustment. Tooling is interchangeable for round, square, oval, and custom-shaped pans. The machine is applied in eyeshadow, blush, foundation, highlighter, and bronzer production where precise press depth and repeatable cycle timing are required.

02

Core Advantages

Programmable Motion Profile

Punch speed, acceleration, and dwell position are set through the servo drive, allowing the pressing cycle to be adjusted to the formula rather than a fixed mechanical curve.

Position Repeatability

Servo positioning maintains punch depth within a narrow tolerance across cycles, supporting consistent pan thickness during long production runs.

Numerical Force Setting

Pressing force is set as a numerical value on the HMI and monitored by the servo drive, reducing reliance on manual pressure valve adjustment.

Recipe-Based Changeover

Motion parameters for each product are stored in the controller, allowing format changes to be completed by recalling a stored program.

Reduced Mechanical Wear

Servo actuation removes hydraulic valves and oil circuits from the pressing path, lowering the number of wear components in the force transmission chain.

Cycle Data Logging

Pressing force, punch position, and cycle count are recorded for each production run, supporting batch documentation and process tracing.

03

Product Characteristics

Drive Type
AC servo motor with ball screw or toggle mechanism
Pressing Force
2 to 30 tons, numerically set via HMI
Position Repeatability
plus or minus 0.01 mm
Output Speed
30 to 70 pans per minute, depending on format and motion profile
Pan Diameter Range
20 mm to 80 mm
Filling Accuracy
plus or minus 1.5 percent by weight
Dwell Time Range
0.1 to 10 seconds, programmable
Control System
Servo drive with PLC and 10-inch color touchscreen
Recipe Storage
Up to 200 product recipes
Powder Contact Parts
304 stainless steel and food-grade polymer
Compressed Air
0.5 to 0.7 MPa
Power Supply
380 V, 50 Hz, three phase
Dimensions
1300 mm x 950 mm x 1850 mm
Weight
Approximately 950 kg
04

Application Scenarios

Eyeshadow and Blush

Pressed pan production for color cosmetics lines requiring consistent pan thickness and density.

Pressed Foundation

Compaction of pressed foundation and powder compacts with programmed press depth control.

Highlighter and Bronzer

Pressing of highlighter and bronzer pans, including marbled and multi-tone formulations.

Multi-Format Palette Lines

Production runs containing different pan sizes or shapes using stored motion recipes.

Contract Manufacturing

Suited to manufacturers running multiple brands and frequent product changeovers on shared equipment.

Sample and Travel Palettes

Small-batch pressing for sample kits and travel-size palettes with recipe-based parameter recall.

05

Frequently Asked Questions and Solutions

Pressing force deviates from the set value
Verify servo drive torque limits, check the ball screw for backlash, and confirm the load cell calibration in the controller.
Pan edges show cracking after pressing
Reduce main pressing speed, extend dwell time, or adjust the ejection stroke profile in the servo program.
Punch position drifts during long runs
Check servo encoder feedback, inspect the ball screw for thermal expansion, and verify the home position reference.
Powder sticking to punch faces
Apply approved mold release agent, reduce pressing force, or lower powder moisture content before pressing.
Inconsistent pan weight
Check filling auger calibration, verify powder bulk density stability, and inspect the hopper for bridge formation.
Surface unevenness or lamination
Increase pre-press pressure, adjust powder particle size distribution, or extend dwell time during main pressing.
Changeover time between formats
Use quick-release tooling clamps and recall stored motion recipes from the servo controller for each product code.
06

Operating Notes

Verify powder moisture content before pressing; excessive moisture causes sticking and delamination.
Check servo drive cooling and ventilation at the start of each shift to avoid overheating.
Inspect ball screw and linear guide lubrication according to the maintenance schedule.
Clean the pressing area after each batch to prevent cross-contamination between color formulas.
Calibrate the filling system when changing to a powder with different bulk density.
Do not exceed the maximum pressing force specified for the installed tooling set.
Verify home position reference after any tooling change or servo alarm reset.
Keep the controller ventilation filter clean to avoid overheating in continuous operation.
Store tooling in a dry environment to prevent corrosion on contact surfaces.
About AWT Genset

Yangzhou Aiweite Electromechanical Co., Ltd.

Diesel generator manufacturing, flexible configurations, and dependable support for industrial, commercial, and infrastructure projects. We are China Servo Driven Cosmetic Powder Pressing Machine OEM/ODM Manufacturers and Custom Servo Driven Cosmetic Powder Pressing Machine OEM/ODM Suppliers & Factory

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