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Air-operated hot melt coating head with excellent high-speed responsiveness.
The SX Diamond head is a hot melt dispensing head with excellent high-speed responsiveness, featuring air open/air close functionality. It enables hot melt application with high-speed response, long lifespan, and minimal stringing. You can choose the optimal configuration from a variety of options, including shapes, nozzles, and solenoid valves.
It is a coating head for intermittent use.
By densely arranging the modules and minimizing the distance from the valve seat to the lip tip, we have improved the intermittent performance at high speeds. The photo shows a width of 390 millimeters, but we can customize it to your desired coating width. We also have proven specifications for pressure control measures in intermittent coating.
Optimal for high-speed cartoning equipment in the food, confectionery, and beverage industries: High-speed, precision coating, and durable linear motor-driven hot melt head.
The "SPEEDSTAR COMPACT" is a hot melt dispensing head driven by a linear motor. Its ultra-high-speed operation and high durability can significantly improve the hot melt application process in packaging equipment. It is ideal for high-speed production lines, providing high-precision bead application and reliable dot application. Its high durability contributes greatly to reducing the cost of parts replacement, minimizing downtime, and maintaining high-precision application over a long period, thereby stabilizing product quality. What can be achieved with the SpeedStar Head: - Improvement in application quality and precision - Reduction in hot melt usage - Cost reduction of consumable parts - Reduction in downtime *For more details, please download the PDF or feel free to contact us.
We have made it possible to apply hot melt coating with a non-contact head.
It was common practice to apply hot melt coating by making contact with the tip of a slot coater head. We have successfully developed a non-contact surface coating head that overturns this common practice. By using a non-contact method, damage (such as scratches) to the substrate does not occur, resulting in significantly improved product finish.
