China Explosion-proof Optical Mold Temperature Controller Manufacturer, Supplier, Factory

The Strong Crusher series is a new model developed by Niasi Factory, with Powerful Granulators and plastic crushers used for granulating various plastic waste, products, and injection mold castings.

Niasi's Air Cooled Screw Chiller feature internationally renowned high-efficiency, energy-saving screw compressors. Paired with high-quality and efficient copper pipes for condensers, evaporators, and world-renowned control components, these units boast advantages such as compact size, low noise, high energy efficiency, long lifespan, and simple operation. The Air Cooled Screw Chiller's exquisite design and reliable, stable, high-efficiency quality set them apart from similar products in the market!

The Oil Mold Temperature Controller manufactured by Niasi factory uses oil as a heat transfer medium and achieves heat exchange through an indirect cooling method. It features a wide temperature control range and excellent thermal stability. The standard temperature control reaches up to 200°C, while the high-temperature type can reach 300°C.

Niasi Factory manufactures Multi-component Loss-in-Weight Feeder specialized for extrusion applications. This feeder, leveraging Industry 4.0 technology, provides comprehensive management of extrusion material control and processes, assisting the technical department in effectively managing extrusion formulations.

Niasi Factory is a custom service provider for the new generation of Internet of Things intelligent central feeding systems and constant pressure water supply systems. They have been specializing in the design and production of Vertical Feed Mixers for over a decade, earning various certifications such as high-tech enterprise certification, invention patents, appearance patents, utility model patents, as well as ISO9001 quality certification system, and more.

Niasi's automatic feeding system adopts centralized automatic control via microcomputer, tailored to machine distribution and material usage. Combined with auxiliary equipment, it achieves centralized feeding and control in a data-driven manner, enabling uninterrupted and unmanned factory operation.