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Typical MIM parts used in disposable surgical instruments and assembled in a clean room. (Image from Micro)Metal injection molding (MIM) works well for high-volume production of small, complex medical device parts of consistent quality.Demand for small, lightweight, high-strength, complex-shaped components is growing across industries today, from automotive, consumer electronics, aerospace and defense to orthodontics and medical devices.Traditional machining and injection molding each has its pros and cons in producing components for medical devices, especially where parts may be smaller and require more maneuverability. Metal injection molding (MIM) is a hybrid technology that integrates the shaping capability of plastic injection molding and the materials flexibility of conventional powd...
Relese time: 2019 - 08 - 15
Views:146
Powder metallurgy is used to process powdered feedstock to manufacture various types of components across several industries globally.
Relese time: 2019 - 07 - 16
Views:9
Development and innovation through materials and manufacturing technologies are essential for the wind industry to prosper and to continue increasing its annual energy production.
Relese time: 2019 - 03 - 15
Views:22
China is quickly closing the gap on the adoption of 3D printing, a sector on the cusp of transforming from prototyping and design to real-life manufacturing and end-user engagement, according to an industry executive.
Relese time: 2019 - 03 - 07
Views:31
The potential uses for unique self-healing materials are numerous, varying from fixing cell phone screens and other electronics to repairing cartilage and other biomedical applications. Now, a team of student and faculty researchers from the University of Southern California (USC) Viterbi School of Engineering have created 3D printable, self-healing rubber materials that could be used to fix cracked toys, electronics, soft robotics, tires, and even the sole of your shoe.
Relese time: 2019 - 02 - 28
Views:43
A machine learning tool is being developed by Purdue University to increase the accuracy in additive manufacturing. The resulting research could increase precision and reduce testing time.
Relese time: 2019 - 02 - 21
Views:144
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