Ultrasonic wave-advanced ultrasonic extraction technology ensures the high purity of products.
Ultrasoundextraction (UE), that is, UE technology, uses the strong cavitation effect produced by ultrasonic radiation pressure to improve the movement frequency and speed of substance molecules and increase the penetration of solvents, thus accelerating the entry of target components into solvents and promoting extraction. This technology can shorten the extraction time, improve the extraction rate of effective components and the utilization rate of medicinal materials, avoid the influence of high temperature on the extracted components, and ensure the purity of products. It is far superior to the shortcomings of traditional extraction methods, such as large loss of effective components, long period and low extraction rate.
GMPC- Strictly implement GMPC operation specifications to reduce quality risks.
GMPC, Good Manufacturing Practices for Cosmetics, Good Manufacturing Practices for Cosmetics. GMPC is a specific regulation on the factory equipment, environment, personnel, hygiene management/control and other software and hardware of the manufacturer according to the characteristics of cosmetics. Employees are required to be healthy and have good personal hygiene habits, factory facilities must be clean and pollution-free, factory equipment must be fully cleaned and properly maintained, product surface seams must be smooth, all operations such as cosmetic feeding, inspection, processing, packaging and storage must be carried out in strict accordance with the requirements, and all finished products should be traceable to the raw materials used.
654.38+100000 class-medical operation class clean workshop, which reduces the pollution of products in the production process.
65438+100000 purification workshop is a GMP workshop, which refers to a sterile workshop, namely a clean room, also called a clean room or a clean room. It is the basis of pollution control. Without a clean room, it is impossible to mass-produce sensitive and polluting products. In FED-STD-2, a clean room is defined as a room with materials and devices for air filtration, distribution, optimization and construction, that is, a specially designed room to remove particulate matter, harmful air, bacteria and other pollutants in the air within a certain space range, and to control indoor temperature, cleanliness, indoor pressure, airflow speed and distribution, noise and vibration, lighting and static flow within a certain demand range. At present, there are 6,543,800 clean rooms with the highest grade in China, which are widely used in clinical medical treatment and drug research and development.
Secondary air shower, secondary dressing change, strictly put an end to foreign pollutants.
In the clean room, under dynamic conditions, the biggest source of bacteria and dust is the operator. Before the operator enters the clean room, he must use clean air to blow away the dust particles attached to the clothes. This kind of local purification equipment is called air shower room, which is made by blowing clean strong wind through air nozzle to blow away the dust adsorbed on the surface of people or objects. The application of air shower room can effectively prevent external pollution to clean room.
Fully automatic-French fully automatic product filling line reduces the pollution caused by personnel.
Fully automatic filling production line, that is, empty bottles are conveyed by the bottle conveying line, and each empty bottle is accurately conveyed to the turntable through the bottle feeding wheel mechanism, and the empty bottle rotates immediately, and at the same time, the empty bottle is lifted by the soft support mechanism, and the bottle mouth is automatically opened for filling after contacting with the filling valve. After filling, the bottle is automatically pulled out and enters the bottle conveying line. The whole process is fully automatic without manual treatment, which can effectively block man-made pollution.
Energy-absorbing-advanced energy-absorbing packaging materials to avoid damage to products during transportation.
When there is a strong collision, if the product itself is hard, such as glass, the most likely situation is that the whole bottle body is broken to alleviate the impact. However, if the product is soft, such as plastic, the stress point will be concentrated at a certain point to reduce the impact, and the product will be deformed but will not be hurt. We often say that the energy-absorbing design is to soften the product to reduce the impact. Energy absorption design has been widely used in automobile industry. When a car accident happens, the party with energy absorption suffers far less damage than the party without energy absorption. Similarly, energy-absorbing design has been added to the packaging materials.