The granule packaging machine is emerging as a potential stock

In the pharmaceutical industry, the filling of some liquid medicines or the filling of viscous liquids are all from the filling machine. For example, oral liquid, ointment, and various pesticides can be filled using a liquid filling machine or a paste filling machine.

In other industries, the filling machine also plays an important role. In the case of the hot pot bottom material packaging, it used to be a clumsy manual packaging method, which not only has low efficiency, but also consumes too much human resources, resulting in a partial production cost of the enterprise. High, the emergence of hot pot bottom filling machine has greatly solved this problem.

In China, with the continuous improvement of production technology, consumers are increasingly demanding product packaging, and various packaging equipments that improve the packaging speed and aesthetics of the products have emerged. With the continuous advancement of the times, the packaging economy and technology are developing day by day, and the granule packaging machine has also developed rapidly. As a new-born equipment, the automatic granule packaging machine has played an important role in the packaging of medicines and foods. Experts said that the future granule packaging machine will develop in the direction of full automation, high precision and high-tech intelligence. In the food and drug industry, the granule packaging machine is emerging as a potential stock.

The granule packing machine takes the road of automation to a higher level

The packaging Syringe Printing Machine Manufacturers of the automatic granule packaging machine is completely automated. The entire packaging process does not require manual participation at all, and the automatic granule packaging machine is packed at a relatively fast speed and can bring mass production to the enterprise. Faced with the continuous improvement of labor costs, particle packaging machinery automation is imperative. It is reported that the automatic granule packaging machine has played an important role in the packaging of medicines and foods as a new-born equipment.

 

We should check regularly if there is no looseness or wear

Conveyor belt conveyor motor is controlled by frequency converter to realize stepless speed change and achieve the purpose of economic operation of the system. After the motor is started, the inlet cylinder is retracted, and the empty bottle is fed from the conveyor belt and starts to enter the bottle.

The outlet cylinder then Syringe Printing Machine Manufacturers and the incoming empty bottle is blocked by the outlet stop. The photoelectric switch is set at the inlet to detect the number of bottles. When the number of bottles is the same as the number of filling heads, the inlet cylinder is extended, the inlet is blocked from being stopped, and the conveyor motor is stopped. At this point, the filling head drops to the mouth of the bottle and begins to fill. After the filling is completed, the filling head rises, the outlet cylinder retracts, the conveyor motor starts to rotate again, the filled bottle is sent out, and then the inlet cylinder is retracted, and the photoelectric switch starts to detect the number of bottles.

The lower punch does not leave the middle die hole during the working process, and no other processing is required. Pressing the tablet punch with a profiled die is not free to rotate, but moves up and down along the upper and lower rails. When the turntable is driven, the punch and the guide rail are slidingly rubbed, so that the punch and the guide rail wear each other. Therefore, when we use them, we must pay attention to lubrication. We must remember to do maintenance every day. We should check regularly if there is no looseness or wear. When it is affected, the ram and the middle die cannot run.

With the continuous development of the auto syringe printing machine industry, granulating equipment is widely used in many fields, such as food, medicine, feed and so on. This type of equipment has combined the two-step mixing and granulation process, which not only saves time but also improves efficiency. At the same time, mechanical mixing replaces manual operation, reduces cross-contamination, and ensures the quality and safety of the products produced, which is favored by the market.

 

The current needle-free injection technology has matured

Ji Linong stressed that China started late in needle-free injection research, but it has developed rapidly. It can be said that the current needle-free injection technology has matured, and the safety and practical effects of the technology have also been clinically confirmed. The future still needs to be promoted by the whole society in order to benefit more patients.

Researchers at the Georgia Tech University and Emory University published a paper in the latest issue of The Lancet, saying they developed a microneedle patch for vaccination, which was used to vaccinate the flu vaccine. It is as effective as the currently used syringe vaccination, which also eliminates the discomfort caused by intramuscular injection and reduces costs. Researchers believe that as technology matures, this new vaccination will eventually replace the syringe vaccination technology that has been in place for more than a hundred years.

The vaccine patch consists of 100 solid water-soluble needles with a needle that is long enough to penetrate the skin. When inoculated, the patch adheres tightly to the skin, the micro-needle penetrates into the superficial skin, and the vaccine is encapsulated in the microneedles. Released after the needle has dissolved. After a few minutes, these patches can be safely discarded like used bandages.

The researchers recruited 100 volunteers and conducted clinical trials using inactivated influenza vaccines from the 2014 to 2015 flu season. The results showed that there was no significant difference between the effect of patch inoculation and the effect of syringe inoculation. The immune response produced by the inoculator still existed after 6 months, and inoculation with the microneedle patch did not cause serious adverse reactions. Some volunteers may have a slight redness or mild itching after using the patch, but it will be innocent after two or three days. In addition, there was no significant difference whether the medical staff used the microneedle patch to vaccinate the volunteers or the volunteers vaccinated themselves.