Injection molding robots are a common type of injection molding machinery equipment. For users who use and purchase injection molding robots, it is necessary to first understand the performance of this brand of injection molding robots, and then comprehensively evaluate from which aspects can they choose a satisfactory injection molding robot? Let's take a look at three aspects to pay attention to when choosing an injection molding robot:

1. Technical parameters. When users choose an injection molding robot, they can judge it vertically or horizontally. The so-called "vertical" refers to the main technical parameters of injection molding robots that should comply with industry standards and be reviewed according to industry standards, while "horizontal" is obtained by comparing the technical parameters of similar injection molding robots at home and abroad. Therefore, this is a very detailed scientific work, based on the material, shape, structure, application field, and specific occasions of injection molded products, as well as the structure, quality, accuracy, number of cavities, flow channel type, and mold structure, shape, and size; Select various parameters of the injection molding robot based on the day, month, size, annual production capacity, and automation level of the product.
2. Select the manufacturer. Please prioritize manufacturers with nearby after-sales service points, as the structure of injection molding robots is complex and the convenience of after-sales service is crucial. When purchasing, please do not blindly seek low prices and choose. The price difference between domestically produced and imported injection molding robots is very large. It is important to try to understand which brand of accessories the manufacturer uses when purchasing. Of course, some accessories cannot be seen, such as oil seals, bearings, etc., but at this time, the manufacturer's reputation, reputation, and reputation are crucial.
3. Energy conservation and environmental protection. With the rapid development of the technology era, energy conservation and environmental protection have become indispensable indicators for evaluating modern injection molding robots. Energy saving mainly reflects the water-saving and energy-saving capabilities of injection molding robots in heating systems (electromagnetic heating), power drive systems (frequency converters, servers, etc.), heat dissipation systems, and similar machines that meet normal process conditions. The design of modern injection molding robots should fully consider the theme of "environmental protection". Injection molding robots should prevent hydraulic oil leakage or excessive noise, and work quietly. In addition, the injection molding robot itself should also use more environmentally friendly materials., When purchasing injection molding robots with reasonable prices, it is important to pay attention to the convenience of maintenance and repair. The installation positions of various machines such as mechanical, hydraulic, electronic, and electrical components should be conducive to machine maintenance and repair. At the same time, the generalization and standardization of injection molding robots are also important for users to choose the model of injection molding robots. The two main parameters of an injection molding robot are injection volume and locking force. To ensure the quality of the processed product, the actual weight of the mold product should be within 70% of the theoretical injection volume of the machine. The required locking force should be calculated based on the projected area of the product, and special attention should be paid to whether the machine's column spacing, mold opening stroke, and small mold thickness are suitable for the mold.