MIM metal powder injection molding technology is a new type of metal parts manufacturing technology, which has been widely used and developed in many industries due to its highly precise, efficient and controllable features.
In the field of industrial manufacturing, MIM technology has also been widely used, becoming an indispensable manufacturing technology in the manufacturing industry.
Among them, MIM technology has also been widely used in the fields of milling cutters, fasteners and micro gears, cotton loosening machines, textile machines, crimping machines and so on.
1, MIM technology in the milling cutter, fasteners and micro gears in the application of milling cutter
Milling cutter is used in machining for milling tools, the use of MIM technology can produce high-precision, high-strength, highly wear-resistant milling cutter, to meet the high precision requirements of machining, fasteners and micro-gear fasteners and micro-gear are essential parts of industrial manufacturing, the use of MIM technology can produce high-precision, high-strength, highly wear-resistant fasteners and micro-gear, to improve the efficiency and quality of industrial manufacturing. Efficiency and quality.
2. MIM technology in the loose cotton machine, textile machine, crimping machine in the application of loose cotton machine
Loosening machine is used to deal with textile raw materials machine, the use of MIM technology can produce high-precision, high-strength, highly wear-resistant loosening machine parts, improve the efficiency of the loosening machine and reduce maintenance costs.
Textile Machine
Textile machines are used to manufacture textiles. MIM technology can be used to produce high-precision, high-strength, and high-wear-resistant textile machine parts to improve the efficiency of textile machines and the quality of textiles.
Edge Banding Machine
Crimping machine is used for processing the machine, the use of MIM technology can produce high-precision, high-strength and wear-resistant crimping machine parts, improve the efficiency of the crimping machine and reduce maintenance costs.
3. the advantages of MIM technology in industrial manufacturing products with high precision
MIM technology produces parts with high precision, the size, shape and surface quality of the manufactured products are very accurate, so it is very suitable for high-precision applications. High production efficiencyMIM technology can produce multiple parts in a single molding process, and at the same time, high production efficiency, saving manufacturing costs and production time, can greatly improve production efficiency.
Saving raw materials MIM technology can make full use of raw materials, will not produce a large number of waste and residual materials, compared with traditional machining and casting technology, MIM technology can greatly save raw materials and reduce manufacturing costs.
High structural complexity of components
MIM technology can produce complex structure, surface holes or curves of the parts, such as internal hollow structure of the parts, inlaid gears, etc., these parts are difficult to produce through other manufacturing technologies, but for some specific areas of application is very important.
Good material properties
MIM technology can be manufactured with high strength, high hardness, high wear resistance, high corrosion resistance and other characteristics of the parts, these materials can meet the requirements of different areas of application, improve product performance and service life.
In short, MIM technology has great advantages in the field of industrial manufacturing, so the application in the power tool industry is also more and more widely used.MIM technology can produce high-precision, high-strength, high wear-resistant, high corrosion-resistant and other characteristics of the parts, can improve the performance and service life of the power tools, but also can greatly reduce the manufacturing cost and improve the production efficiency.
