MIM Vacuum Sintering Furnace is a kind of equipment for preparing molded parts by high-temperature sintering of metal powder. Its working principle is to use the diffusion and melting of the powder under high-temperature conditions to solidify and mold it under a vacuum field. It has a wide range of applications, including automotive, medical equipment, aerospace, electronics, and other fields.
Features
Features such as high working efficiency, a wide range of uses, and products with high density, good strength, and stable quality. In the modern manufacturing industry, the MIM vacuum sintering furnace plays an important role. In the future, with the continuous development and progress of science and technology, this equipment will be more widely used and promoted.
After a MIM vacuum sintering furnace plant, in front of the eyes is a scene of chaos, a large number of metal powders piled up on the ground, and workers are busy pouring these powders into the sintering furnace. The temperature inside the furnace is up to hundreds of degrees, the furnace door opens from time to time, spewing out a stream of metal breath. Watching this process made me deeply feel the power of modern industrial manufacturing.
MiM Vacuum Sintering Furnace
MIM vacuum sintering furnace in the automotive, medical equipment, and other fields have a wide range of applications, including the production of finished products of high quality, good density, and strength, these are from the power of science and technology and the hard work of workers. As an ordinary person, I deeply feel the importance and necessity of modern industry, which makes our lives more convenient and comfortable. I believe that this kind of technological equipment is developing more and more advanced, and it will play a more important role in the future, at the same time, people will have a deeper understanding of it and treasure the finished products more.
MIM Vacuum Sintering Furnace is a kind of high-temperature sintering equipment for metal injection molding and powder metallurgy, its working temperature is up to 2800°C. This furnace mainly adopts the vacuum thermal stacking technology, through resistance heating to make the metal powder or particles inside the furnace combine at high temperatures, to form the metal parts with high strength, high density, and high precision.
Advanced Manufacturing Technology
Metal Injection Molding is an advanced manufacturing technology that mixes metal powder with synthetic resin, extrudes it to form a green body, and then forms the desired parts through a sintering process. MIM technology has the advantages of high productivity, low manufacturing cost, and the ability to manufacture complex parts. Vacuum thermal stacking technology is used to realize the manufacturing of metal parts by heating the powder or particles in the furnace under vacuum conditions using electrical resistance and sintering them at high temperatures. This technology has the characteristics of high temperature, high pressure, high vacuum, etc. and can prepare high-density, high-strength, high-precision metal parts.
With the development of industrial technology, more and more industries are beginning to use MIM vacuum sintering furnace for manufacturing. For example, the manufacture of high-precision and complex metal parts in the fields of aviation, automotive, medical, electronics, military, and other fields.
Has the following advantages: high temperature, high pressure, high vacuum, and other characteristics of the furnace powder has better sintering characteristics, can prepare high-density, high-strength, high-precision metal parts; can be adapted to the sintering needs of different materials; green, environmental protection, the process of non-waste; high manufacturing efficiency, low production costs.
In short, the MIM vacuum sintering furnace as a kind of high-efficiency, high-precision metal parts manufacturing technology, will continue to lead the innovative development of the metal manufacturing field.
Harber Metal
Harber Metal is a newcomer in the MIM (metal powder injection molding) industry, and the company's MIM products are mainly categorized into precision metal structural parts and appearance parts.
Harber Metal's MIM products have been widely used in portable terminal equipment, aerial photography drones, and other consumer electronics segments, and have been expanded to the field of automotive parts. The company's specific products include structural parts such as volume support parts and camera brackets, as well as appearance parts such as smartwatch cases, drone remote control pivot brackets, and headset accessories with delicate appearance.
