Cartoning machines used in the pharmaceutical industry are developed based on other cartoning machines. * The manufacture of early packing machines originated in Europe in the 1950s. However, China did not have a prototype of the cartoning machine in the 1960s. Until the 1970s, the Shanghai toothpaste factory introduced the Swedish Nordon cartoning machine. It was designed by the surveying and mapping design of Shanghai Light Industry Design Institute and Shanghai Yihua Machine Factory The first automatic cartoning machine in Blister Packaging Machine Manufacturers was launched. During the same period, Shanghai Yan'an Pharmaceutical Factory also copied a semi-automatic cartoning machine suitable for pharmaceutical packaging.

Since then, through the changes of the times and the reform and opening up, the domestic cartoning machine has undergone tremendous changes. The cartoning machine has also been a professional manufacturer represented by Shanghai Yihua Machinery, Beijing Shuanghe, and Shanghai Longteng since the 1980s and 1990s. , Developed to now more than 30 manufacturers such as Zhejiang Shenglei, Shanghai New Gude can manufacture cartoning machines, of course, there are more than 60 other non-professional manufacturers of cartoning machines; from the beginning it was only suitable for ointment tube and plate shape Shaped inner packaging has been developed to be able to adapt to diversified packaging of soft inner packaging such as soft bags and antibiotic bottles; from the initial boxing speed of 60 boxes / minute, to the current boxing speed of 300-400 boxes / minute.

The more typical manufacturers of foreign cartoning machines are German IWKA, Swedish Nordon, Italian CAM, and American Romaco. Now we can look at the situation of these foreign manufacturers: (1) According to the 2005 survey data, its price is relatively high. The price of 100 series products of German IWKA company is about 1.6 million, and the speed of Nordon company of Sweden is 130 boxes per minute, about 1.4 million. Italy's CAM speed is 130 boxes per minute, about 1.5 million products; (2) In the past few years, the shape of the foreign machine was long and large, with a length of more than 4m. 2.2m; (3) Over the past year, foreign cartoning machines have changed greatly, and their cartoning speed has reached 500-600 boxes / minute. For example, the high-speed CAMKO cartoning machine launched by Italy CAM is positioned for medicine or sugar The application of paste blister packaging can generally complete the packing of more than 600 blister packs per minute. It is a continuous-acting mechanical drive device. A roller is designed in the center of the machine. The roller rotates in the vertical plane to drive the product and The carton pusher operates as a whole.

It can be said that the technology of Chinese cartoning machines is compared with the advanced level of similar foreign products, especially the Italian and German products are completely different by 10 years, both in speed, manufacturing accuracy, the form of inclusions, and control. gap. However, due to the improvement of domestic control technology in recent years, the gap between China's cartoning machine and the international advanced level has been shortened. Especially in recent years, the innovative development of cartoning machines has also caused qualitative changes. From the number of nearly 100 cartoning machine manufacturers in China, China's cartoning machine is undoubtedly the world's largest producer. The author estimates that by 2016, China's cartoning machines can basically reach the international advanced level. Because there are many domestic production units, its "better than learning to help and surpass" momentum far exceeds any country in the world, and its potential initiative is great.

Preparation of purified water equipment should use low carbon stainless steel or other materials that have been verified to not pollute the water. Equipment for the preparation of purified water should be cleaned regularly and verified for cleaning results.

5. The materials in contact with water for injection must be high-quality low-carbon stainless steel or other materials that have been verified to not pollute the water. Equipment for the preparation of water for injection should be cleaned regularly and verified for cleaning results.

6. The storage period of purified water should not be more than 24 hours. The storage tank should be made of stainless steel or other materials that have been verified to be non-toxic, corrosion-resistant and do not bleed out contaminated ions. The venting port should be protected by a hydrophobic sterilizing filter that does not shed fibers. The inner wall of the tank should be smooth, and the joints and welds should have no dead angles and trachoma. Sensors that display parameters such as liquid level and temperature pressure that do not form stagnant water contamination should be used. The storage tank should be cleaned, disinfected and sterilized regularly, and the cleaning and sterilization effects should be verified.

7. Delivery of pharmaceutical water

1) Purified water and pharmaceutical water should be transported by a stainless steel pump that is easy to disassemble and clean. Where purified water and water for injection are required to be compressed with compressed air or nitrogen, compressed air and nitrogen must be purified.

Purified water Syringe Blister Packaging Machine Manufacturers is used to meet the needs of various industries to produce purified water. It is mostly used in medicine, biochemical, chemical, hospital and other industries. The whole system is made of SUS304L or SUS316L all stainless steel materials, and must be used before the water point. Equipped with ultraviolet and ozone sterilization devices (some countries do not allow the use of ozone, so the system uses pasteurization). The core technology of purified water equipment adopts reverse osmosis, EDI and other processes, and a set of high-purity water treatment processes are designed in a targeted manner to meet the water requirements for the preparation of purified water and large infusions for pharmaceutical factories and hospitals.