Robot castor production and development

Use the robot castor anyone know, a look is very simple, very simple object is easy to distinguish, not too complicated. But everyone knows that if the general casting machine need 7 sets of metal mold molding completely, we can know how hard it, this is far beyond our imagination. In addition, the performance is particularly important because it determines the shape of the universal wheel and practicability of the products. Universal wheel in terms of dimensional accuracy is not so high mold size. Common structure forming a riveting, welding and locking screw, and interlock is common. When driving wheel robot after the completion of the work, the next step is the appearance of the handle, common is anodic oxidation surface treatment, electroplating, wire drawing, polishing, sandblasting, electrophoresis, screen printing, fuel injection, laser engraving, etc. According to the customer's requirements, different processing methods. When the method is complete, they are formed. Of course, this is not absolute, sometimes reasonable adjustment according to the production process. Universal wheel molding including stamping, stretching, flanging, die casting, precision casting, profiles, etc. , through these methods, can complete the whole robot driving wheel appearance and shape. Due to its flexibility, driving wheel to bring the convenience of development to improve production efficiency and warehousing logistics. Nowadays, in China, small and medium-sized enterprises accounted for 99% of Chinese enterprise number. The huge pregnant with the development of China's huge market potential. However, in the face of small and medium-sized enterprises, they met in choosing its technical transformation and application of automation related issues. Especially for small businesses, in automation, especially in some distant and AGV products demand. How to improve the applicability of the products, closer to the user's needs, consider money, quantity, operation process, environment and other factors. AGV is developing in the direction of the multidimensional and intelligent development. Realize scheduled treatment plan and the use of automatic guided vehicles is the key to reboot the system. Electromagnetic guidance method is the first development of AGV guidance method, currently the most widely application scope. However, due to the shortcomings of electromagnetic guide method, optical guide method, magnet boot method, laser guidance, tag tracking guide and image sensor boot methods appeared. A variety of guidance method embodies the unmanned systems high flexibility, high efficiency, high reliability, low cost development characteristics, toward the intelligent direction, pushed the AGV technology to a new level.