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Robots are popular because of their flexibility. Packagers need to meet the various requirements of consumers. Robots can adapt to different sizes and shapes of packages better than traditional packaging equipment. For example, a potato chip production line that produces two kinds of packaging capacity requires only one robot to complete the packaging task, and the operator only needs to adjust the grip. Traditional equipment requires more component adjustments.
Another advantage of robots is advanced visual technology. Robots with visual capabilities can “see†the shape of the objects they grab and adjust their actions. In this way, the robot can adjust the position of the product before packaging. The vision system can also package robots to quickly grasp and adapt to new products and make judgments on product quality.
Choosing a robot with a vision system can solve problems that cannot be solved in traditional packaging equipment. For example, if you produce frozen food, you need to put the packaged food in the box. Traditional packaging equipment cannot identify the direction of the bag on the conveyor belt, and robots with vision systems can place bags in cartons in the direction you specify. A robot with a visual tracking system can know where the object is located and place the object in the required direction on a moving conveyor belt. This is not possible with automated delivery technology. The key to the robot's vision system is the connection of the vision system itself to the robot's motion controller. Most vision systems provide detailed information about the location of the object. The connection between the vision system and the controller is very tight, with an accuracy of 0.04.
In recent years, through the imitation, the introduction of technology and capital, and the procurement of globalization, China's packaging machinery manufacturing and industrial design have been rapidly developed. Today, China's packaging machinery manufacturers can easily acquire some key components through global procurement, thus rapidly improving the technical level and reliability of the equipment.
Packaging machinery gradually moves toward industry automation. According to Luo Baihui, vice president of Dongguan Robotics Association, domestic companies have made great progress in filling equipment, packaging equipment, and packaging material production equipment. However, there are about 1,300 varieties of packaging machinery in China, lack of high-tech high-precision, high-quality complementary products, low product performance, poor stability and reliability, still need to use high-end technology to help upgrade packaging machinery products.
Chinese-made products cost less than half of U.S. products and are extremely competitive. The low price is the best stepping stone for Chinese packaging machinery entering the US market. The development of science indicates that the machinery and equipment must be continuously updated and improved. China's packaging machinery industry must step out of China and go global in its global sales system.
Nowadays, packaging materials continue to push out new additions to traditional paper, plastic, glass, and metal packaging. People have begun to explore the use of new materials to make packaging, and plant materials have begun to enter the market.
The future packaging machinery will cooperate with the trend of industrial automation and promote the overall level of packaging equipment. For example, new smart devices, such as intelligent numerical control systems, encoders and digital control components, power load control, etc., which are supervised by Taniye Robotics Co., Ltd., have been widely applied to packaging machinery and equipment, making equipment users more independent and flexible in the operation process. Operational correctness, high efficiency and compatibility.
In the plastics industry, the use of recycled tools is a key link that can significantly increase material recovery rates and reduce production costs. The following are some common plastic crusher blades and their functions:
From a digital perspective, the number of robots, especially robots in the packaging field, has grown very rapidly. Packagers need to quickly and flexibly switch between different packaging tasks. Once they use the robot, they will realize its benefits and gradually use more and more. In the past few years, about one-third of the traditional equipment work tasks have been replaced by robots.
Plastic Industrial Blades
1. Crusher
A crusher is a device that cuts large pieces of plastic waste into smaller sizes. They are typically used to process larger plastic items such as scrap plastic furniture, pipes and packaging materials. The crusher's blades are designed to cut various types of plastic efficiently for easy subsequent processing.
2. Granulator
Pulverizers further process the broken plastic fragments into smaller particles. The knives of the grinding mill usually consist of high-speed rotating blades that can quickly cut the plastic into fine particles. These pellets can be used directly for reproduction or further processing.
3. Pelletizer
Pelletizer is used to melt plastic and extrude it into long and thin strips, and then cut it into uniform plastic particles. The cutting tools of the pelletizer are precisely designed to ensure that each plastic particle has a consistent size, making it easier to use in downstream processing.