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Fully Automatic High-Viscosity Cosmetic Powder Pressing Machine
Home / Products / Fully Automatic High-Viscosity Cosmetic Powder Pressing Machine

Fully Automatic High-Viscosity Cosmetic Powder Pressing Machine

The Fully Automatic High-Viscosity Cosmetic Powder Pressing Machine is an automated structural system engineered specifically for the compacting and shaping of high-oil and high-viscosity cosmetic powder formulas, such as mashed potato textures, baked powders, and slurry-based variants. This machinery addresses industrial challenges including mold adherence and deformation often associated with high-viscosity materials, utilizing optimized pressure control and material conveying mechanisms to deliver precise powder compacting.
The system incorporates a complete, streamlined inline production matrix, integrating automatic aluminum pan feeding, automatic material dosing, automatic powder pressing, and automatic finished product collection. Operating with consistent mechanical cycles, the equipment yields a production throughput of 1,000 to 1,400 pieces per hour, replacing multi-stage semi-automatic operations to meet large-scale and continuous manufacturing demands for specialized cosmetic powders.

Product Features & Core Advantages

·Optimized for High-Viscosity and High-Oil Formulas: Engineered around the rheological and physical behavior of mashed potato textures and baked powder formulations. Anti-stick engineering across feeding and pressing units mitigates structural flaking or edge fracturing caused by excessive formula cohesion.
·Inline Process Integration: Consolidates pan feeding, volumetric dosing, pressing, and discharge into a singular closed-loop sequence, minimizing material exposure and transfers while reducing the risks of humidity absorption or secondary contamination.
·Stable Production Throughput: Sustains a mechanical output of 1,000 to 1,400 pieces per hour under continuous running conditions, replacing human error with a highly standardized production cadence.
·Quantifiable Parameter Management: Mechanical pressure, air-venting dwell times, and filling depths are digitally adjustable via the control interface, allowing rapid calibration to match shifting oil-to-powder ratios across product formulas.

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Core Components

The machinery consists of the following industrial-grade modular components, synchronized via a central control loop:
·Vibratory Bowl Feeder Assembly: Performs automated directional alignment and continuous, structured delivery of empty aluminum pans to sustain feeding flow.
·Automatic Aluminum Pan Loading Assembly: Executes automated gripping and precise placement of aluminum pans directly into corresponding cavities along the inline mold track.
·Automatic Material Dosing Assembly: Specifically configured for the quantitative feeding of high-viscosity powders, utilizing a specialized anti-clogging hopper to secure uniform fill weight and composition consistency.
·Automatic Powder Pressing Assembly: The primary force-application module, employing adjustable pressure configurations and stroke control to execute multi-stage or tailored pressing cycles, preventing surface cracking in high-oil matrices.
·Automatic Product Collection Assembly: Smoothly extracts the compacted finished aluminum pans from the pressing zone and systematically aligns them for discharge.
·Main Frame Assembly: Fabricated from a heavy-duty, high-rigidity metal frame that absorbs physical stress during high-force pressing cycles to maintain geometric alignment over long periods of operation.

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Application Scenarios

·Mashed Potato Texture Cosmetics Production: Specialized for pressing high-oil, high-viscosity eyeshadows, highlighters, and blushes.
·Baked Powder Pre-Compacting: Utilized for the foundational shaping of wet slurry formulas prior to dehydration or industrial baking oven cycles.
·Cosmetic OEM/ODM Flexible Manufacturing: Enables contract manufacturers to extend their automated production capability into specialized powder classifications, accommodating high-volume brand contract requirements.

Frequently Asked Questions (FAQs)
  • Q: Non-uniform Dosing or Material Adherence Inside the Hopper
    ·Root Cause: Excessive oil content in the raw material or shifting ambient temperature/humidity causing powder aggregation and bridging.
    ·Solutions: Integrate a mechanical bridge-breaking agitation mechanism within the dosing assembly, or apply an anti-stick PTFE coating to the internal surfaces of the hopper; monitor powder raw material storage temperatures.
  • Q: Material Flaking or Sticking to the Press Head Post-Compacting
    ·Root Cause: Inadequate cleanliness of the press head surface, insufficient stepping tension of the pressing fabric, or incorrect calibration between compression force and air venting intervals.
    ·Solutions: Adjust the winding step distance of the fabric assembly to ensure a clean layer of anti-stick fabric for every cycle; implement a multi-stage pressing curve (low-pressure venting followed by high-pressure shaping) and refine dwell-time settings.
  • Q: Misalignment of Aluminum Pans Within the Pressing Zone
    ·Root Cause: Wear on the loading gripper jaws or loosening of the track indexing guides, causing the pan to sit unevenly inside the mold cavity.
    ·Solutions: Recalibrate the operational coordinates of the robotic loader arm, tighten all locking bolts on the guide tracks, and periodically clear residual powder from the bottom of the molds.
  • Q: How long will it take to receive a response after the inquiry?

    We value every inquiry. We will reply within 12 hours after receiving the inquiry.

  • Q: How long will it take for the device to respond and solve the problem?

    After receiving the fault notification from Party A, we can provide a video response within 2 hours to troubleshoot the issue.

development: 2023- Future
Qimeida Manufacturing・ Expert in Automation
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Shanghai Qimeida Machinery Technology Co., Ltd.established in August 2023, is a professional enterprise built on advanced technology, premium service, and people-oriented management. We boast a cutting-edge R&D team dedicated to the specialized development of cosmetic makeup equipment.

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