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MID Mould Industrial Ltd. 86--18666430006 info@midmould.com
Custom Plastic Injection Molding Services 300000 Shots Mold Life

Custom Plastic Injection Molding Services 300000 Shots Mold Life

  • Highlight

    custom plastic injection molding services

    ,

    injection molding with 300000 shots

    ,

    long life plastic injection mold

  • Shaping Mode
    Plastic Injection Mould,Plastic Injection Molding,Compression Mould
  • Product
    Vehicle Mould,Household Appliance,plastic Injection Mold,injection Machine Mold,Household Product
  • Mould Base
    Non-Standard Plastic Injection Mould,World Standard,European Standard,LKM.HASCO,HASCO Standard
  • Surface Treatment
    Sandblasted,Texture,anodizing Black,clear Painting,Polishing
  • Application
    Home Appliance,Industrial,Automotive,various Range,Machine
  • Certification
    ISO9001,FDA,ISO13485
  • Size
    As Samples/drawings,customized Accepted,Customized Size
  • Cavity
    Multi Cavity,as Per Client's Requirement
  • Design Software
    CAD,CAD/ProE/UG/SOLIDWORKS,CAD UG Moldflow,Solidworks,PROE
  • Mould Material
    P20/718/738/NAK80/S136,P20/718/2738/H13/S136/NAK80,718,SKD61 Etc,H13
  • Mould Life
    250000-300000shots,200~1 M Available,300,000shots,000 Times
  • Mold Runner
    Hot&Cold Runner You Can Choose,Hot Runner And Code Runner
  • Place of Origin
    Dongguan, China
  • Brand Name
    MID MOULD
  • Certification
    ISO9001, ROHS, UL (if applicable)
  • Minimum Order Quantity
    500–1000 pcs (adjustable depending on project)
  • Price
    USD $0.1–$3.5 per piece (depends on material, part size, and volume)
  • Packaging Details
    Plastic bag + carton box, or customized packaging
  • Delivery Time
    7–20 working days (faster for small batch)
  • Payment Terms
    50% deposit + balance before shipment
  • Supply Ability
    Up to 50,000 pcs per day depending on mold cavitation and cycle time

Custom Plastic Injection Molding Services 300000 Shots Mold Life

Custom Plastic Injection Molding Services for High Precision OEM Parts
Process Introduction
Injection molding is a highly efficient plastics processing method where molten plastic is injected into a metal mold, cooling and solidifying to form finished products. Ideal for mass production of complex-shaped parts with consistent quality.
  • Plastic raw material drying and color matching
  • Melting and heating to precise temperatures
  • High-pressure injection into the mold cavity
  • Controlled cooling and solidification
  • Mold opening and part removal
  • Surface finishing and quality inspection
Product Parameters
Parameter Value Range/Description
Raw materials ABS, PP, PC, POM, TPE
Injection pressure 60–180 MPa
Mold materials 718, NAK80, H13
Mold life 100,000–800,000 cycles
Dimension range 2 mm–800 mm
Wall thickness 0.8 mm–6 mm
Accuracy ±0.05 mm
Surface treatment Coating, printing, plating
Molding cycle 15–90 seconds
Typical applications Consumer products, industrial parts
Applications and Advantages
Applications:
  • Consumer electronics: Housings, buttons, connectors
  • Medical products: Surgical instrument components, device housings
  • Industrial components: Gears, housings, mechanical parts
Advantages:
  • High production efficiency for mass manufacturing
  • Excellent repeatability for consistent part quality
  • Precision tolerances (±0.05mm) for demanding applications
  • Capability to produce complex geometries and thin-walled parts
Frequently Asked Questions
What is the minimum batch size?
Small batch trial runs are possible for prototype validation.
How long does molding take?
Typical lead time is 2–5 weeks depending on part complexity.
Do you provide design support?
Yes, our engineers offer design optimization suggestions for manufacturability.
What are the most common materials?
ABS, PC, PP are our most frequently used engineering plastics.
What post-processing options are available?
We offer polishing, spraying, electroplating, and other surface treatments.
Custom Mold Development
We provide complete custom mold solutions tailored to your specific requirements, including:
  • Custom appearance and structural design
  • Material selection guidance
  • Design for manufacturability optimization
  • Prototype validation and testing