MDM20-G51-01P

MDM20-G51-01P is a high-performance, ultra-compact air atomizing nozzle hot runner system developed by the world\'s leading injection moulding manufacturer. This system is designed to provide superior performance for various injection moulding applications. It offers the highest levels of precision, repeatability, and speed for injection moulding. Here, we discuss the application field and working principle of MDM20-G51-01P.

Application Field

The MDM20-G51-01P air atomizing nozzle system is designed for a wide range of injection moulding applications, such as plastic parts, electrical components, medical devices, automotive parts, and consumer products. The nozzle system is especially suited for the production of high- precision components, such as small or intricate parts that require an exceptionally reliable molding process and precise temperature control.

The system offers superior control over injection flow rates and temperatures, ensuring high-quality end products while minimizing plastic waste. Additionally, the MDM20-G51-01P eliminates the need for additional nozzles or hot runner systems, as the integrated nozzle directly controls the injection process.

Working Principle

The MDM20-G51-01P uses a combination of gas and air in a series of enclosed cavities, called pneumatic chambers or injectors, to atomize the hot plastic. By varying the gas and air ratios, the user can adjust the size, shape, and droplet velocity of the molten plastic. The air-gas mixture is then forced through a nozzle, which atomizes the plastic and creates an even distribution of very small droplets.

The atomized plastic is then injected into a mold at a controlled temperature, allowing for high-precision molding with repeatable accuracy and minimal waste. The integrated nozzle also provides an accurate and controlled flow of plastic into the mold cavity, ensuring high-quality products each and every time.

Conclusion

The MDM20-G51-01P air atomizing nozzle hot runner system is a perfect choice for a range of injection moulding applications. It offers superior precision, repeatability, and speed for achieving high-quality parts with minimal plastic waste. Additionally, the integrated nozzle eliminates the need for additional nozzles or hot runner systems, streamlining the injection moulding process and ensuring superior results.