What is the general price of industrial 3D printer? How to choose industrial 3D printer?

 ； As the name suggests, industrial grade 3D printer is a 3D printer specially designed for industrial production. Compared with desktop level 3D printers, it has the characteristics of high precision and efficiency, especially in harsh environments, industrial level 3D printers pay more attention to stability and reliability. What is the general price of industrial 3D printers? How to choose industrial 3D printers?
 ；& nbsp；& nbsp；& nbsp； What is the general price of industrial 3D printer?
 ；& nbsp；& nbsp；& nbsp； At present, industrial 3D printers on the market are generally more than hundreds of thousands of yuan, and the price is relatively expensive, mainly because industrial 3D printers require higher technical accuracy, resulting in higher technical costs and parts prices. A good high-precision 3D printer basically costs about onemillion yuan. According to the production requirements and accuracy requirements, the price also rises.
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 ；& nbsp；& nbsp；& nbsp； How to choose industrial 3D printer?
 ；& nbsp；& nbsp；& nbsp； 1、 There should be clear procurement requirements
 ；& nbsp；& nbsp；& nbsp； Industrial 3D printer is a general term mainly divided by application direction, which generally refers to the equipment that can meet the needs of industrial production. There are many types of technology, usually including several types: ultra-high precision, good printing surface quality UV curing technology. It is the most mature advanced fdm3d printer that can directly print metal products by laser powder sintering. Generally speaking, industrial grade means higher requirements for product performance, such as accuracy, speed, size, printing quality, and high load work, such as stability, durability and service life. After determining the demand, choosing the right product is obviously the key.
 ；& nbsp；& nbsp；& nbsp； 2、 Working environment requirements
 ；& nbsp；& nbsp；& nbsp； Considering the use environment of industrial 3D printers, different requirements determine the different technical requirements of 3D printing. Consumer machines have simple requirements for printing places, and generally have good indoor ventilation. SLA and DLP have the highest environmental requirements, requiring constant temperature and humidity. The temperature should be controlled at 22-26 ℃, the humidity should be lower than 40%, the indoor UV content is low, natural light should be avoided, and a special printing place should be provided.
 ；& nbsp；& nbsp；& nbsp； Moreover, for industrial 3D printers, whether it is powder spraying, electron beam or coaxial powder feeding in the cabinet, the environmental requirements are much looser. When installing printing equipment, the size of equipment and auxiliary equipment should also be comprehensively considered. Sometimes it is necessary to use a trailer to transport resin tanks or printers, and reserve processing space. Before purchasing, the equipment suppliers should be informed of the sites they can provide as soon as possible, and the site planning should be carried out in advance.