Discover the pinnacle of efficiency with our cutting-edge device that boasts a sophisticated structure featuring four layers of precision drying ovens. Each layer is seamlessly operated by two advanced sets of controllers, specifically crafted for the lower two layers of drying plates. This meticulous architecture guarantees optimal drying performance and effortless control, delivering superior outcomes in your printing endeavors.
Central to each layer are two robust 2KW heating tubes, strategically placed at the back, with one on each side, collectively providing an impressive 8KW of power per layer. The dual-layer configuration integrates a total of eight 2KW heating tubes, culminating in a remarkable 16KW of heating capability. This powerhouse of heating technology ensures rapid and efficient drying, making it the ideal solution for the most demanding flexographic printing applications.
Meticulously engineered for excellence, this entire equipment operates on a steadfast 380V-50Hz power supply, assuring consistent and powerful performance. This vital feature empowers our Premium Light Drying Machines to meet the rigorous demands of contemporary flexographic printing, delivering exceptional energy efficiency without compromise.
Our state-of-the-art device is crafted with four intricately designed layers of drying ovens, each layer expertly managed by two advanced sets of controllers tailored for the lower two layers. This innovation is further enhanced with two 2KW heating tubes at the rear, boosting each side with an astounding 8KW power prowess per layer. With a complete assembly of eight 2KW heating tubes across both layers, the system boasts a remarkable total of 16KW heating capacity. This exceptional engineering ensures unparalleled drying performance for even the most challenging flexographic printing tasks.
Outfitted with a dependable 380V-50Hz power supply, this advanced equipment guarantees steady and powerful operation. It serves as the backbone of our Premium Light Drying Machines, delivering the consistent energy required to excel in high-demand flexographic printing environments. It is an indispensable solution for industry professionals seeking reliability and performance.
