Domestic bearing industry

China's current annual output of 2.8 billion sets of bearings has already ranked fourth in the world, but imports of various precision and high-tech bearings have increased year by year. China can currently produce nearly 40,000 foreign varieties and specifications of bearings, while the world's major bearing companies have more than 50,000 bearing specifications. Many domestic small and medium-sized bearing enterprises still rely solely on the unified product catalogue of the industry research institute, plus several external technical personnel supporting product production, and the technological innovation capability is almost zero.
SKF, the world's largest bearing company, has applied for more than 100 patents each year, while China's bearing industry has applied for less than 20 patents annually. It can be imagined that enterprises as the main body of technological innovation, without their own patents and proprietary technologies, new products with independent intellectual property rights, and lack of original innovation capabilities, can only follow their opponents and can never catch up and lead their opponents.
Faced with this grim reality, in the face of the competitive pressures that the world's major bearing companies have brought to land in China, how to enhance the ability of technological innovation and build core competitiveness is an important issue facing the bearing industry.
To increase investment in the development of high-tech enterprises in order to be invincible in the market competition, we must establish a strong sense of innovation, we must increase investment in science and technology to provide technical support for technological innovation.
The level of China's bearing industry equipment is backward, and the technical grade and product quality are not high. The transformation of the bearing industry with high-tech and advanced applicable technologies is the only way to promote the intensive growth of the bearing industry in China and improve economic efficiency. We must focus on the development of electronic information technology, advanced manufacturing technologies, and computer integration technologies to promote the upgrading of the bearing industry product structure and improve the level of technical equipment for China's bearing industrial enterprises. We will vigorously promote advanced technologies such as CAD, CAM, CAPP, PDM, and ERP, develop and adopt high-precision, high-efficiency grinding and super-automatic production lines, automatic bearing assembly lines, and precision rolling production lines for bearing rings to achieve new breakthroughs in bearing manufacturing technologies.
Development of new products to accelerate the structural adjustment of bearing products is a variety of products, large, medium and small quantities of co-existing products, is with the host's technological progress and development, so we must understand and track the development of host computer trends, understanding of foreign technology trends, and constantly adjust The structure of its own product variety, increase the intensity of technological innovation, and produce marketable products that can meet the needs of both domestic and international markets. In particular, we must develop car bearings, motorcycle bearings, metallurgical mines, petrochemical machinery bearings, silent motor bearings, etc. around the “Tenth Five-Year Plan,” and continue to increase the technological added value of products, establish domestic brands of high-quality bearings, and gradually change China’s export bearings. Low grade status.
The service company must establish the innovation system and the technological innovation must not use the term “innovation” to encapsulate the original technical work. It is necessary to break the traditional management model and ensure the innovation of the technology with an innovative system.
In order to establish a company-centered technological innovation system, solve the problems of disconnected research and production, and weak corporate technology development, the state encourages and supports large-scale enterprise groups with conditions to establish enterprise technology centers, and Luoyang Bearing Research Institute has established a ministerial-level project. Research centers, some companies in the bearing industry, have also established technology centers one after another. These centers have achieved remarkable results in improving their technological development and innovation capabilities.
However, at present, the majority of SMEs continue to rely on their own strength to establish technical centers and research institutes. This is unrealistic, and simply relying on their own strength to engage in technological development and technological innovation is difficult to meet the requirements of enterprise development. Therefore, we must give full play to the industry research institutes. The functions of the institute's technology centers, universities, and local institutes form a focused, complementary, and open bearing industry science and technology service network to open up a new path for technological innovation.

Medical Grade Polymers

Our main products are The Biomedical Matrials: Poly (L-latic acid) PLLA, Poly(D-lactic acid) PDLA, Poly(DL-latic acid) PDLLA, Polycaprolactone PCL and their copolymers such as PLGA, PDLGA, PLCL, PEG-PLLA, PEG-PDLLA ,PEG-PLGA,PEG-PDLGA etc.

We also can provide you PLA/PCL/PLGA/PDLGA microspheres.The particle size of microspheres is from 5 microns to 30 microns.

Medical grade polymers are a type of plastic material that are specifically designed and manufactured to meet the stringent requirements for use in medical applications. These polymers offer several advantages over traditional materials such as metals, ceramics, and glass in terms of their biocompatibility, versatility, and cost-effectiveness. Some of the key advantages and applications of medical grade polymers include:

Biocompatibility: Medical grade polymers are designed to be biocompatible, which means that they do not cause an adverse reaction or toxicity when they come into contact with living tissue. This property makes them ideal for use in medical implants, drug delivery systems, and other medical devices.

Versatility: Medical grade polymers are highly versatile and can be molded into a variety of shapes and sizes. They can also be modified with different additives to enhance their properties such as flexibility, strength, and thermal stability. This versatility allows them to be used in a wide range of medical applications.

Cost-effectiveness: Medical grade polymers are generally more cost-effective than other materials such as metals and ceramics. This is because they can be manufactured in large quantities using injection molding or other high-volume production techniques.

Resistance to corrosion and wear: Medical grade polymers are highly resistant to corrosion and wear, which makes them ideal for use in medical devices that are exposed to bodily fluids and other harsh environments.

Some of the key applications of medical grade polymers include:

  • Medical implants: Medical grade polymers are commonly used to manufacture implants such as artificial joints, dental implants, and pacemakers. These materials provide a high level of biocompatibility and can be easily molded into the required shape.
  • Drug delivery systems: Medical grade polymers are also used to manufacture drug delivery systems such as capsules, pumps, and patches. These materials can be designed to release drugs at a controlled rate, which can improve their efficacy and reduce side effects.
  • Medical devices: Medical grade polymers are used to manufacture a wide range of medical devices such as syringes, catheters, and tubing. These materials are highly versatile and can be designed to meet specific requirements such as flexibility, strength, and durability.
  • Packaging: Medical grade polymers are also used to manufacture packaging materials for medical devices and pharmaceutical products. These materials provide a high level of protection and can be designed to meet specific requirements such as moisture resistance and gas permeability.

Overall, medical grade polymers offer several advantages over traditional materials in terms of their biocompatibility, versatility, and cost-effectiveness. These properties make them ideal for use in a wide range of medical applications.

Medical Grade Polymers,Medical Grade Polycaprolactone,Medical Grade Pcl,Medical Grade Polymer Powder

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