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Maintenance Tips for Screw-Capping Machines
In many industries, the use of capping machines is indispensable. Whether in the pharmaceutical or beverage sectors, capping typically requires specialized equipment. Today, a wide variety of capping machines are available, ranging from fully automatic to semi‑automatic models, each with distinct capping methods and applications. Below, we will discuss general maintenance guidelines for capping equipment.
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2021-05
Introduction to the Spray Disinfection Robot
Today, with the rapid pace of societal development, many disinfection robots have begun to enter our daily lives, replacing human cleaners in disinfecting large, well‑ventilated public spaces that attract crowds.
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Applications of Disinfection Robots
Shopping malls | Hospitals | Commercial buildings | Schools | Service halls | Offices | Laboratories | Restaurants | Hotels | Property sales centers | Car 4S dealerships | Banquet halls | Wedding venues | Grand opening ceremonies | Subway stations | and other public spaces. Disinfection robots, also known as sterilization and epidemic-prevention robots, are defined primarily as follows: the robot serves as a platform, with an internal disinfection system at its core. Different types of disinfection systems employed by these robots utilize various disinfection technologies, such as spraying, plasma, pulsed light, ultraviolet radiation, or integrated multi‑technology approaches. These systems can perform disinfection and sterilization within designated areas, including gas spraying, surface disinfection, or air extraction and replacement. Depending on requirements, disinfection robots can be used both indoors and outdoors. Based on their operating modes, they can be categorized into manual types—such as stationary, wheeled, or suspended models—and autonomous types, featuring automatic navigation, obstacle avoidance, and self‑organizing networking capabilities. Application scenarios for disinfection robots include medical settings (e.g., healthcare facilities, ambulances, biosafety laboratories), industrial environments (e.g., pharmaceutical plants, food processing plants, manufacturing facilities), and public spaces (e.g., airports, train stations, schools, offices, homes, museums, hotels, clubs). Disinfection robots are assembled products developed from distinct functional modules tailored to specific needs and application contexts. They may involve components from service robot supply chains, disinfectant product lines, UV LED technology sectors, air purifier industries, air disinfection equipment markets, and smart technology ecosystems. Founded in 1999, Guangzhou Tengtian Machinery Industrial Co., Ltd. specializes in manufacturing and selling BMB thermal coding machines, ATL labeling machines, paging coders, packaging machinery, spray robots, handling robots, capping machines, disinfection robots, cleaning robots, filling machines, label applicators, and a full range of epidemic-prevention packaging equipment. Our products are compatible with various packaging machines and incorporate over three decades of accumulated expertise from leading Japanese and Taiwanese manufacturers. In addition to earning patents worldwide, our cutting-edge technologies have earned widespread acclaim from domestic and international clients, backed by our commitment to superior quality, advanced engineering, one-year warranties, and lifetime maintenance support.
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Characteristics of Disinfection Robots
Disinfection robots replace doctors and nurses in sanitizing patient rooms, significantly reducing the risk of cross-infection among medical staff. These robots enter enclosed laminar‑flow isolation rooms, use electronic sensors to assess initial environmental conditions and room dimensions, and employ intelligent algorithms to select safe and effective disinfection protocols before commencing sterilization and decontamination.
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Introduction to the Disinfection Robot’s Features
This function can be considered a fundamental capability of disinfection robots. Staff in public spaces simply fill the robot’s reservoir with disinfectant, and under its spray, the mist can reach heights of up to 2 meters, effectively covering a wide range of venues such as train stations, airports, and hospitals. In real-world applications, the robot can disinfect a 100-square-meter area in just three minutes. Compared with manual disinfection, robots offer a significantly larger coverage area, greater efficiency, and enhanced safety and reliability.
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