Efficient Capping, Stable & Reliable, Preferred for Multi-Industry Application

This machine is specially designed for automatic screwing of plastic thread caps, adopting an integrated mechanical-electrical-pneumatic structure. Equipped with a PLC + servo system and touch screen operation, it enables intuitive and convenient parameter adjustment. Combining clean, energy-saving compressed air with servo control, it achieves high efficiency and stable operation. It also features a novel design, compact structure, simple operation and easy maintenance, and is widely used in the capping processes of food, chemical, pharmaceutical, beverage and other industries.

I. Core Performance Features

• Hygienic Grade Material: Main components and shell are made of 304 stainless steel and aluminum-magnesium alloy, featuring an elegant appearance, easy cleaning and compliance with industry hygiene standards, suitable for high-standard scenarios such as food and pharmaceuticals.

• Fully Automatic Efficient Operation: Integrated with core functions of automatic bottle feeding and automatic capping, it has a high degree of automation, greatly reducing manual intervention, effectively improving the overall efficiency of the production line and lowering labor costs.

• Famous Brand Accessories Ensure Stability: Core pneumatic components are from AirTAC (Taiwan, China), and key electrical components are from Schneider (Germany), ensuring stable and reliable long-term operation of the equipment, extending service life and reducing maintenance costs.

• Flexible Capping Without Damaging Materials: The capping head uses rubber as the friction body, which is wear-resistant and will not damage the caps; the capping torque and rotation speed can be flexibly set according to production needs to adapt to different specifications of caps.

  
  

II. Main Technical Parameters

Application Scenarios: Automatic screwing process of plastic thread caps in food, chemical, pharmaceutical, beverage and other industries. It can be seamlessly integrated into existing production lines to improve automation level and production capacity.