The unique structural design of the self-demolding injection mold allows the product to be automatically released from the mold during mold opening, reducing manual intervention and improving automation.

1. Mold Design: Design a self-release mechanism based on the product's geometric characteristics.
2. Material Selection: Use wear-resistant steel to ensure longevity.
3. Processing and Manufacturing: Precision machining of the cavity and demolding mechanism.
4. Assembly and Commissioning: Install the ejection mechanism and test the smoothness of the demolding.
5. Trial Mold Production: Verify the product's automatic demolding performance.

Commonly used for products suitable for high-speed automated production, such as plastic cups, disposable items, and home appliance parts.

• Automatic demolding reduces labor costs
• Improves production efficiency and is suitable for continuous production
• Reduces product damage and ensures a flawless appearance
• Easy to use with automated equipment

• Q1: Are self-release molds suitable for complex parts?
  A1: They are more suitable for parts with simple geometries.
• Q2: Can self-release molds reduce labor costs?
  A2: They can enable unmanned production lines, significantly reducing labor costs.
• Q3: Is maintenance complex?
  A3: The demolding mechanism requires regular lubrication and maintenance.
• Q4: Can it be used with robots?
  A4: Can be combined with a robotic arm for fully automated production.

We support customer product structure optimization and offer customized demolding methods. Suitable for use in automated factories.