30g Capacity Micro Injection Molding Machine for Polyimide and PEEK with 450°C Temperature Control and Multiple Spline Production
Compact tabletop micro injection molding machine with 30g maximum injection volume and 450°C operating temperature. Processes polyimide, PEEK, and other thermoplastics with automatic mold operation and PLC control. Ideal for precision parts, laboratory testing, and small batch production with high efficiency and minimal waste.
Compact tabletop micro injection molding machines designed for precision production of small plastic components. These systems integrate mold operation, injection mechanisms, heating controls, and feeding systems for efficient micro-plastic manufacturing.
- Micro precision parts production
- Long-term and small batch manufacturing
- Color plate production and material testing
- Laboratory sampling and mold testing
- Dust-free workshop operations
- Educational and training purposes
| Maximum Injection Volume | 30g per cycle |
| Temperature Control Zones | 2 zones with maximum operating temperature of 450°C |
| Injection Cylinder Diameter | φ12-18mm (configurable) |
| Spline Processing Capacity | 100×100×(1-3)mm sheet splines and 165mm stretch splines |
| Control System | Optional PLC touch screen with multiple formula storage |
- Plunger-type injection structure for high material utilization
- Compatible with various thermoplastic polymers including polyimide, PEEK, and polyphenylene sulfide
- Supports additive materials: magnetic powder, ceramic powder, graphene, PTFE powder, metal powder, and short glass fiber powder
- Rapid mold replacement with automatic opening, closing, and demolding functions
- Optional core pulling device for small tubular product manufacturing
- Compact design suitable for laboratory benches and fume hoods
- Automatic operation system with strong clamping force
- Compatible with miniature extruders for direct material processing
These micro injection molding machines deliver cost-effective production with high speed, precision, and efficiency. The automated loading system enables continuous injection of multiple splines from a single raw material load, minimizing waste and energy consumption while supporting mass production requirements.