With the continuous refinement of the grain size, more and more pharmaceutical enterprises are using the low consumption and high output technology. One of the main parts of the process is the advanced nature of the dewatering method, in order to reduce the energy consumption and the waste and loss of the products. In this context, the drying equipment industry has developed rapidly.
Drying equipment needs to be quantified for high efficiency and high yield
As we all know, China is a large country of raw material drug production, but it is not a powerful country for producing API. There are many reasons, but a very important reason is that there is a certain gap between the production of API equipment and the application of new technology and the international high-end level. Therefore, in order to improve the quality level of the production of raw materials in China, in addition to improving the control standards of the production enterprises from the hardware and software, we should also strengthen the application of the new technology of the material and drug equipment according to the new changes in the global market, and truly integrate with the international market.
For a long time, the domestic dry equipment industry has been characterized by such characteristics: small production scale, low threshold, low overall technical content, low level of product and similar quality. But now, high-tech products are spawning the emergence of backbone enterprises in the drying equipment manufacturing industry. China's dry equipment manufacturing enterprises must continue to learn from the advanced international technology, combined with practical experience, explore new technologies, develop new technologies, and take out new products to participate in international competition.
As the pharmaceutical machinery market has become more open, the pharmaceutical equipment economy is producing profound, fundamental and bright future changes and innovations, and the drying equipment must be quantified with high efficiency and high yield.