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Chery inner lens mold

Chery Tail Lamp Inner Lens

Part Material: PC  
Mold Steel: 2343  
Key Requirement: High-gloss surface finish with excellent appearance consistency and optical clarity  
Mold Life: 500,000+ Shots
DFM Review: 7 Days  
Mold Design: 7 Days After Data Freeze  
Mold Manufacturing: 60 Days After Material Preparation Instruction Issued  
T0 Trial: Based on Mold Complexity  
Modification & Validation: According to Trial Result  
Shipment: After Sample Approval  
Reports: DFM, Mold Flow, CMM, Trial Report  
Application: Tier 1 Supplier, Chery

  • Challenge and Solutlon
  • Challenge:
    The main challenge was to achieve a bright and uniform high-gloss surface on the tail lamp inner lens. Since this part is related to light transmission and visual appearance, the surface quality needed to be strictly controlled. Any flow marks, weld lines, sink marks, scratches, polishing marks, or uneven gloss could affect both the final appearance and the lighting effect.

    Solution:
    We applied high-precision machining and fine polishing to the mold surface to meet the high-gloss requirement. The gate layout and cooling system were optimized to improve material flow and reduce surface defects. During mold trials, mold temperature, material temperature, injection speed, holding pressure, and cooling time were fine-tuned to ensure a stable high-gloss appearance, good optical clarity, and consistent surface quality.

  • Why Choose Us
  • Why Choose Renxin for Chery Tail Lamp Inner Lens

    ● ‌Experience in automotive lighting mold development since 2013
    ● ‌Support for DFM, mold flow analysis, optical simulation and trial validation
    ● ‌Suitable for OEM, Tier-1, and customized automotive lighting projects
    ● ‌Precision machining, polishing, fitting and inspection capabilities
    ● ‌Project management from design review to sample approval
  • Send Your Drawing for Free DFM Review
  • Share your 2D/3D drawing, material requirements, annual volume and project timeline. Our engineering team will review the manufacturability and provide mold solution suggestions.

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