Increasing Need for Durable and Quality Molded Products to Boost Demand for Metal and Ceramic Injection Molding
Metal and ceramic injection molding is used for the production of various components. Injection molding is an established forming technique today and has been extensively utilized for over a century. Since the demand for more durable and quality molded products have increased, injection molding techniques have come a long way. As the demand for more durable and high quality molded products continue to increase, ceramic and metal injection molding has received significant attention from various manufacturers. The technology that is implemented in metal and ceramic additive molds allows the manufacturers to manufacture parts of higher strength and durability than they would be able to get with any other technique.
Metal and ceramic injection molding is a fabrication method that is primarily used
for producing parts with intricate details. Metal parts are produced by melting
metal pellets at high temperatures in a high pressure environment, thereby
hardening the alloy by means of mechanical pressure and heat. Most metal
injection molded parts contain steel, titanium or aluminum components. Some companies
also add other types of metals including alloys, copper, brass and even plastic
in certain instances.
Launch
of online tools for metal and ceramic injection molding has increased the
efficacy of the molding process. For instance, in January 2021, ExOne, the
U.S.-based binder jetting 3D printer manufacturer, launched a new online
calculator tool for manufacturers to compare the cost of binder jet 3D printing
with other forms of conventional and additive manufacturing.
An
important aspect of using metal and ceramic injection molding process is that
you need to keep the surface clean and free of any contamination after the
process has been completed. This is because a metal injection molding process
uses toxic gases during the process. If there is any contamination on the
surface of the parts, the finished product could be prone to cracking, buckling
and flaking. In addition to the surface quality issue, some of the parts may
become too brittle because of the metal used during the manufacturing process.
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