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The two-shot molding process uses a rotational mold to create multi-material parts from two resins in a single cycle. This process seamlessly bonds the materials and requires no assembly. It's ideal for producing handles, electronics, and more.

Design 2K Overmould Mould Custom High Precision 2 Cavity Double Color Custom Plastic Injection Mold

slx-mo-2k-049
Quantity:
$10000.00 - $15000.00 / piece
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The two-shot molding process uses a rotational mold to create multi-material parts from two resins in a single cycle. This process seamlessly bonds the materials and requires no assembly. It's ideal for producing handles, electronics, and more.

  • Place of Origin:Guangdong, China
  • Brand Name:SLX
  • Model Number:slx-mo-2k-049
  • Shaping Mode:Plastic Injection Mould
  • Product Material:Steel, ABS/PC/PP/HDPE/POM/PA6/PA6+GF/PVC/NYLON/PMMA/PET Ect
  • Product:Household Product
  • Product Name:Injection Plastic Mould
  • Mould material:P20/718/738/NAK80/S136/2738/2316
  • Surface treatment:Polish. Etched. Texture
  • Application:Injection Molding Plastic Parts
  • Mould Life:300000-500000 Shots
  • Size:Customized Size
  • Cavity:Single Cavity Multiple Cavity
  • Runner:Hot Runner Cold Runner
  • Drawing Format:3D.STP. STEP . IGS . PRT . X_T
 
Two-color injection molding machines use rotating platens or dual barrels. These machines can produce seamless two-color/multi-material parts for improved aesthetics, durability, and efficiency, and are suitable for industries such as automotive and electronics.Custom injection molded parts deliver tailored solutions with complex geometries, high durability, and cost-effective mass production. Essential for automotive, electronics, and medical industries.Electronics injection molding produces precision components like housings, connectors, and enclosures with EMI shielding, thermal resistance, and tight tolerances for consumer, automotive & medical devices.

EOAT (End-of-Arm Tooling) automates injection molding tasks using robotic arms with custom end effectors for part handling, assembly, and quality inspection; boosting precision and reducing cycle times.The future of injection molding embraces AI-driven processes, sustainable materials, and IoT integration for self-optimizing production, zero-waste cycles, and real-time quality analytics—revolutionizing automotive, medical, and consumer goods manufacturing.