Heng xiang

Engineer in manufacturing kinds of packaging machinery,syringe assembly machine and other medical device for 5 years.

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Fully automatic assembly machine refers to the combination of several product parts through automatic column sorting

https://www.syringeassemblymachine.comAutomatic assembly machine of Yuhuan Heng Xiang Machinery Equipment CO.,LTD.  is also called automatic assembly machine, fully automatic assembly machine, fully automatic assembly machine. It refers to the combination of several product parts through automatic column sorting, grabbing, moving, placing, applying force, tight fitting, snapping, locking screws, dispensing, riveting, welding, inspection and other methods to get the matching booking accuracy And functional products (semi-products) intelligent automatic machines.

Machine Features:

1. The machine is cost-effective, and the cost of the machine can be recovered in one year.

2. Multiple processes and multiple types of parts can be assembled together, which can replace multiple laborers.

3. The labor only needs to make up the parts and materials, the machine actively completes the assembly of each process in sequence, and the machine automatically unloads the material.

4. According to the product assembly request, it can be equipped with industrial robots, image vision, fine inspection and other units.

5. High degree of automation, use Japanese programmable controller for control.

6. High integration, can be equipped with lock screws, solder, dispensing, transfer, installation and other assembly work.

7. The machine is equipped with various inspection, alarm and counting functions.

8. High stability and durability, all imported components are used for electric and pneumatic systems.

9. The quality of syringeassemblymachine.com is trustworthy. Professional engineers plan and debug according to the products, and provide after-sales service.

10. High efficiency, high stability, high quality, complete intelligent and unmanned operation of assembly work.

More info :https://www.syringeassemblymachine.com

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The use of blister packaging continues to grow

Blister packaging has been in the front line of fighting precise dose of medication. Taking blister packaging drugs, patients can better understand the drug dose (daily dose, taking periods are clearly printed on the packaging back). Sealing blister packs, protecting the drug is practical, and a fixed shape which a cavity into the product after the packaging process is covered with a layer of thin film material so that it may be set according to the customized products. These advantages make the blister package as the world's second best-selling pharmaceutical products packaging.

Pay more attention to child-resistant packaging

According to the European Union's security of children show that in Europe, due to the direct contact with pharmaceutical products and the number of acute poisoning in children under 14 years of age to reach 3,000 per year. Medicine regulatory authorities continue to put pressure on the manufacturers asking them to take measures to reduce such poisoning. Many manufacturers hope packaging innovation, is committed to developing a more child-resistant packaging such as blister opaque material to make material so that the child can not see the inside of pills like candy.

The highest demand for plastic bottles

Another pharmaceutical packaging is growing packaging plastic bottles. With the pharmaceutical industry demand for glass bottles stagnation, demand for plastic bottles continued to rise, now is the world's most popular drug packaging. 2020, total global sales of plastic bottles will reach $ 20.6 billion.

Pouch packaging obsolete?

Pouch packaging  Syringe Blister Packaging Machine Manufacturers in the pharmaceutical industry, "survival" depends on how innovation, such as the completion of a medical packaging and Mary Presto to develop as secondary packaging of the new "pouch." This pouch has a main pull-child-resistant closure edge, while multi-ply structure, a protective drugs from oxygen and moisture barrier strong. This level of security so that the manufacturers in the choice of primary packaging materials at a lower cost without the barrier function of the blister package material may be used.

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How to design home medical device products

In recent years, with the improvement of living standards, people are more and more concerned about the health of themselves and their families. Old-fashioned medical device products have been unable to meet the needs of families. Modern new-type home medical device products have received more attention, such as Medical bracelets, smart massage chairs, electronic thermometers, blood glucose testers, portable ECG monitors and more. Let's take a brief look at the design of common household medical device products in life.

What is a home medical device product?

In short, home medical device products mainly refer to some medical devices that can also be used in non-hospital places such as homes, but since general medical devices require the guidance of a doctor, domestic medical devices are relatively easy to operate. Simple, most of them are small and easy to carry, and although they are not small, they do not take up much space compared to family space.

In recent years, with the improvement of living standards, people are more and more concerned about the health of themselves and their families. Old-fashioned medical device products have been unable to meet the needs of families. Modern new-type home medical device products have received more attention, such as Medical bracelets, smart massage chairs, electronic thermometers, blood glucose testers, portable ECG monitors and more. Let's take a brief look at the design of common household medical device products in life.

What is a home medical device product?

In short, home medical device products mainly refer to some medical devices that can also be used in non-hospital places such as homes, but since general medical devices require the guidance of a doctor, domestic medical devices are relatively easy to operate. Simple, most of them are small and easy to carry, and although they are not small, they do not take up much space compared to family space.

How to design home medical device products

Generally, the design of home medical equipment products mainly includes two major aspects: appearance design and structural design. When designing household medical device products, it should be based on the customer's design requirements, from the perspective of cost, take more consideration of the product's use of environmental factors, people-oriented, in product modeling, color, material, technology, man-machine and other aspects Carry out in-depth research and innovation, and handle the details, make the product structure reasonable, stable performance, and meet the quality requirements of all aspects through intuitive, simple, safe and reliable operation. At the same time, it is friendly, delicate, simple and beautiful in appearance, which meets people's aesthetics.

Syringe Blister Packaging Machine Manufacturers should be noted that medical equipment is a tool used to prevent, diagnose, and treat diseases. It can inspect, observe, treat, or assist in the treatment of related diseases. It is a very important diagnostic method. When choosing a home medical device product, you should choose the product based on the doctor's advice and your own situation. You need to figure out the role of the device, the method of use, the scope of application, the principle of action, and precautions and contraindications. In particular, some home medical devices with strict use conditions should be purchased and used under the guidance of a professional doctor to ensure safe use.

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Medical device label format and filling instructions

1. Product name

It should be consistent with the corresponding description in the manual.

2. Model and specifications

It should be consistent with the corresponding description in the manual.

3. Production date, expiration date or expiration date

It should be consistent with the corresponding description in the manual.

4. Power connection conditions, input power

Corresponds to the requirements of electrical equipment environmental tests in product technical requirements.

5. Graphics, symbols and other related content that should be marked according to product characteristics 6. Necessary warnings and precautions

7. Special storage, operating conditions or instructions

The labels of medical devices that have damage or negative impact on the environment during use should include warning signs or warning instructions in Chinese

The labels of medical devices with radiation or radiation shall include warning signs or warning instructions in Chinese.

8. Medical Device Registration Certificate Number

It should be consistent with the corresponding description in the manual.

9. Name of Registrant / Manufacturer

It should be consistent with the corresponding description in the manual.

10. Residence of medical device registrant / manufacturer

It should be consistent with the corresponding description in the manual.

11. Medical Device Production License Number

It should be consistent with the corresponding description in the manual.

12. Production address

It should be consistent with the corresponding description in the manual.

13. Registrant / Manufacturer Contact

It should be consistent with the corresponding description in the manual.

If the label of a medical device cannot be fully marked because of its position or size, at least the product name, model, specifications, production date and period of use or expiry date shall be marked, and the label shall clearly state "other details please refer to the instruction manual". The enterprise shall confirm that "other content" has been clarified in the description.

Medical device labels from  Syringe Blister Packaging Machine Suppliers should meet the requirements of the warning labels in the mandatory national standards and industry standards. For example, 6.1 v) in GB9706 standard. If unpacking the equipment or equipment components prematurely will cause safety hazards, corresponding marking shall be made on the packaging. The aseptic packaging of the equipment or accessories shall have a sterility mark; 6.1 l) For type B, BF and CF application parts, the symbols indicating the type of application part shall be classified according to the degree of protection against electric shock.

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The competition for bulk drug substances

Membrane separation technology is widely used in the current pharmaceutical industry, and its role is also very critical. Let's take a look at the application of membrane separation technology in the pharmaceutical industry.

It is reported that membrane separation technology is a new type of separation and purification technology. The membrane separation process is an efficient and environmentally friendly separation process. It is a multi-disciplinary high-tech. It can show a variety of physical, chemical, and biological properties. Such characteristics have more advantages. Nowadays, it has been used in the fields of chemistry, chemistry, pharmacy, biology, etc., but the applied research in the field of traditional Chinese medicine is less.

In recent years, the world's API production centers have turned to Asia. China's rapid development of APIs has become the world's second largest producer of APIs. The competition for bulk drug substances is essentially the competition between fermentation process and extraction process, and the core of the extraction technology is the application of membrane and other downstream separation technologies-whoever masters the membrane technology will master the future of the pharmaceutical industry.

The membrane separation process usually operates at normal temperature, so there is no phase change and low energy consumption, and it is especially suitable for processing heat-sensitive substances in the pharmaceutical industry. Select appropriate membrane separation process, which can replace drum vacuum filtration, plate and frame pressure filtration, bag filtration, centrifugal separation, electrostatic precipitator, flocculation, precipitation, ion exchange, solvent extraction, adsorption / regeneration, evaporation, crystallization, etc. Traditional separation and filtration methods. As a result, the pharmaceutical industry is increasingly using membrane separation technology.

The pharmaceutical industry is one of the pillar industries of the national economy, and membrane separation technology is one of the advanced separation technologies in the 21st century *. As an important means of technological innovation in the modern pharmaceutical industry, membrane separation technology will continue to deepen and expand its application in the pharmaceutical industry. With the continuous improvement of membrane materials, membrane modules and membrane equipment, separation technology will play an increasingly important role in the pharmaceutical industry.

Because of the superior performance of the membrane separation technology itself, the membrane process has now received widespread attention from countries around the world. In today's energy shortage, shortage of resources, and deterioration of the ecological environment, the industrial and scientific circles consider the membrane process as an extremely important new technology in the industrial technological transformation of the 21st century. With the development of membrane science and technology in China, corresponding academic and technical groups have also been established. Their establishment plays a pivotal role in regulating the standards of the film industry and promoting the development of the film industry.

At present, the Infusion mould Manufacturers has made great progress, but after all, it is still in the rising development stage, and there is still much work for us to do. Membrane science and technology in the 21st century will further improve and perfect the existing membrane processes, continue to explore and develop new processes and materials, and continue to expand the original application fields, so that membrane technology can play a greater role.

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The syringe can be made of plastic or glass

If people first contact with injections during their childhood, they will be crying when the pointed needles pierce the flesh. Therefore, they are also the most modern medical tools that are not welcome. However, if there is no syringe, there will be no intravenous infusion, and many people will die. Don't underestimate this little syringe, in fact it has a long history.

The syringe consists of a syringe with a small hole at the front end and a matching piston rod. Syringes are used to inject a small amount of liquid into or out of areas that are otherwise inaccessible. When the core rod is pulled out, liquid or gas is sucked from the small hole at the front end of the barrel, and the liquid or gas is squeezed out when the core rod is pushed in. This process of drawing or injecting a gas or a liquid with a syringe and a needle is called an injection.

As early as the invention of the syringe, doctors have already implemented treatments for infusion, but because of the use of tools in nature, the patient has been infected. It is generally believed that the originator of the use of syringes for medical treatment was the Scottish doctor Alexander Wood and the French Charles Prasús, who jointly worked together to achieve this process in 1853. Alexander used this new tool to subcutaneously inject morphine into patients to treat sleep disorders. However, unfortunately, Alexander's wife died because of her own injection of morphine. Subsequently, Alexander improved the syringe: the scale was added to the needle and the needle was finer. This series of improvements has also attracted the attention of many doctors and made the syringe widely used.

There are also views that surgeons in Iraq and Egypt developed a similar syringe using a hollow glass tube in the 9th century to absorb cataracts in the patient's eye. This method is still in use until at least 1230, at 20 This method has been improved in the century.

The syringe can be made of plastic or glass, and the glass syringe can be sterilized with an autoclave. In 1956, New Zealand doctor Colin Murdoch invented a disposable plastic syringe that not only adheres to the advantages of transparency and inertness of traditional glass syringes, but also has the characteristics of being not easily damaged, easy to transport, low in cost, easy to recycle, etc., and safety is Glass syringes are unmatched, and it greatly reduces the risk of blood-borne diseases. Since then, the new syringes have begun to be scaled up and have become the first choice for doctors.

With the development of Syringe Mould technology, needle-free syringes have emerged. Instead of needles, such syringes use a high-speed, high-pressure jet to inject drugs through the skin. This approach can significantly reduce accidents that doctors and nurses accidentally get stuck with when using a needle syringe. In addition, it also helps some patients to avoid the discomfort caused by regular injections of drugs such as insulin. The needle-free injection device allows these patients to receive drug injections. At the same time, the drug-free injection in the tissue is more dispersed in the tissue, which is conducive to the absorption of the drug, the absorption of the drug is more complete, and the bioavailability of the drug is also improved.

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Blister packaging machine operating procedures

The operating procedure of the blister packaging machine:

1. Press the chassis switch button, the switch pin will automatically open and open the door. The compressed air tube will be introduced from the small hole at the bottom of the rear of the chassis, and then inserted into the air pressure regulating valve inlet connector in the chassis.

2, close the chassis door, open the air source switch to input compressed air, the machine pressure plate automatically rises, according to the size of the packaged object, the thickness of the plastic molded sheet and the actual packaging situation, the rotary air pressure adjustment valve knob adjusts the air pressure to the appropriate pressure The higher the air pressure, the faster the pressure plate is pressed, and the higher the pressure. Generally, it is suitable to adjust to 5-8kg/cm2.

3. Insert the machine wire plug into the 220V AC power socket, open the machine circuit master system, and turn on the whole machine circuit.

4. Adjust the thermostat knob, set the required temperature value, turn on the heating switch, and preheat the platen to the set temperature value.

5, according to the product needs to set the heating time, generally 36 ~ 5S.

6. Place the bakelite mold on the turntable and place it in the plastic cover and paper card.

7. Turn the turntable so that the mold is aligned under the pressure plate, and the pressure plate is automatically pressed down. After the heating time is completed, it will automatically rise and complete the packaging.

8. Remove the inspection results of the parts. After repeated adjustment and pressure test to meet the packaging requirements, the product can be put into formal packaging production.