NB HINGE structure: multi - axis rotating shaftWith the popularity of two - in - one deformation books, multi - spindle emerged. With the unique design of rotating axis, the interaction of two paralle...
NB HINGE structure: sunken rotating shaftThe fixed point of the sinking shaft is located in the thick main engine part, which is not related to the thickness of A part. When notebooks entered the ultr...
MIM processing requires 3 steps:(1) A mixture of powdered metal and thermoplastic (or other binder) is injected into the mold cavity under heating and pressure (similar to thermoplastic injection mold...
Notebook shaft structure: protruding shaftThe protruding rotating shaft is fixed on the host, which can make the screen fit more tightly. The biggest advantage is that when opened, the screen as a who...
NB HINGE design attributes: opening and closing Angle：Refers to the laptop screen closed rotating Angle, there are two types of conventional design, one is the traditional rotor design, this kind of ...
Damping effect of NB HINGE：When an object vibrates under the action of an external force, it produces a counterforce that attenuates the external force. The ratio of this to the force is called the d...
Metal injection molding process, debinding and sintering are the two key links, because before the injection forming of feed preparation link to join a large number of organic binder, after forming wa...
MIM technology has obvious advantages in the production and application of miniaturized, precise and complex metal parts. This technology is in line with the design and development trend of consumer e...
Comparison between MIM process and traditional POWDER metallurgy process:1. MIM process has high degree of freedom in shape, which can not be achieved by traditional POWDER metallurgy. Because MIM p...
How can we ensure good quality and high efficiency in the production of precision parts?Metal precision parts in the grinding process, will produce a variety of pollutants, among which smoke is the ma...
