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Automatic Flip Cap Mould
Automatic flip cap molds have become an essential upgrade for modern plastic injection molding factories focusing on packaging production. Traditional flip cap manufacturing relies on secondary manual assembly, which leads to slow cycle times, unstable product quality, and rising labor expenses. Our high-precision automatic flip cap mold effectively solves these industry pain points with fully integrated mechanical automation.
Standard Automatic Flip Cap Mould Details
Below are examples of the most common parameters for Automatic Flip Cap moulds.
| Centrifuge Tube Mould Cavity Steel | S136 | Recommended Injection Machine | DKM 250SV-350SV |
|---|---|---|---|
| Centrifuge Tube Mould Core Steel | S136 | Plastic Material | PP |
| Mould Base Standard / Steel | LKM | Ejection System | Stripper |
| Number of Cavities | 8–32 cavities | Injection Cycle Time | 10-19 seconds |
| Hot Runner System | Fully hot runner system | Mould Manufacturing Lead Time | 50–60 days |
Key Points of Automatic Flip Cap Moulds
- Mould Steel:has excellent rust prevention and polishing performance; Good dimensional stability; The sealing surface of the hinge is not prone to burrs;
- Fast Cycle Time:hot runner system enables stable mass production in 10 to 19 seconds with different cavity, increasing production capacity.
- Runner Flow Balance：The independent temperature control of the hot runner system makes it easier to balance the pressure in each cavity, resulting in high product consistency.
- Automatic Production:The hot runner system has no material handle, the product drops directly. Every cap features consistent flipping angle, tight closure and smooth appearance.
- Plate Thickness Strengthening:The supporting panel is thickened, the lateral force of the in-mold flip cover is large, which prevents the template from deforming due to long-term pressure.
- Stable hot runner temperature controlsystem prevents injection moulding defects such as stringing, black spots, and short shots.
Automatic Flip Cap Sample Images
Sample parts demonstrate the consistency of the product, the smoothness of the product surface, and the stability of the molding quality.
