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Intelligent robot blister shell

Intelligent robot blister shell

  • Category:Intelligent robot blister shell
  • Browse number:26
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  • Release time:2023-09-20 13:53:48
  • Product description

Intelligent robots are an important application in the field of artificial intelligence, with the ability to think, learn and perform tasks on their own. In order to protect the sensitive electronic components and circuits inside the intelligent robot and improve the beauty and durability of the external robot, the blister shell has become an essential process in the manufacture of intelligent robots. This paper will introduce the intelligent robot blister shell in detail.



Blister shell is a common injection molding process, widely used in electronic products, home appliances and auto parts and other fields. Blister is the process of heating the plastic sheet to a molten state, absorbing it on the mold through the action of vacuum and pressure, and curing it through cooling. The blister shell has the characteristics of low manufacturing cost, fast molding speed, high precision, smooth surface, wear resistance, corrosion resistance, etc., so it has become a process in intelligent robot manufacturing.



The smart robot blister shell is usually made of high-strength, wear-resistant plastic materials, such as ABS, PC, etc. These materials have good mechanical and electrical properties, which can effectively protect the electronic components and circuits inside the robot. In addition, the blister shell can also be designed into different shapes and sizes according to different robot functions to adapt to the shape needs of the robot. For example, some robots need to have sleek shapes and curves to improve the comfort and aesthetics of their human-computer interaction, while others need to have sharp corners and angles to increase their mechanical properties and stability.



The manufacturing process of intelligent robot blister shell usually includes the following steps: design, mold manufacturing, material pretreatment, plastic melting, blister molding, cooling and subsequent processing. First of all, according to the functional requirements and shape requirements of the robot, the designer uses computer-aided design software to conduct three-dimensional modeling and design of the shell. Then, tools such as CNC machine tools and EDM machines are used to make molds. After the mold is manufactured, the plastic sheet is treated, such as removing impurities and heating. Next, the plastic sheet is placed on the mold, and it is plasticized and adsorbed to the mold by heat and vacuum suction. Subsequently, it is cooled with cooling water or other cooling media to solidify the plastic. And then the shaped shell for subsequent processing, such as removal of residual materials, grinding, painting, etc., to improve the quality and appearance of the shell.



The manufacturing process of intelligent robot blister shell requires highly automated equipment and professional operation technology. At present, many manufacturing enterprises have established a perfect blister production line to achieve large-scale production and efficient manufacturing of blister shells. At the same time, with the continuous development and innovation of technology, the quality and appearance of intelligent robot blister shell has also been greatly improved. For example, some new blister equipment has a higher degree of automation and a more precise heating control system, which can achieve more fine and complex shell manufacturing.



The application range of intelligent robot blithe shell is expanding, not only for the manufacturing of intelligent robots such as home assistant robots, service robots, industrial robots, but also for medical robots, agricultural robots, educational robots and other fields. With the further development and popularization of the intelligent robot industry, the blister shell will bring more convenience and fun to people's lives while improving the quality and appearance of intelligent robots.


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