Metal injection mold parts – The highly-suitable parts for the fulfillment of industrial applications

Do you need a small or complex metal piece? Does the ordinary method of machining seem cost-prohibitive? Well, the metal injection molding process is what you are looking for. It’s a process that works best for high-volume production of small and complex medical device parts of premium quality. Basically, it’s a hybrid technology that combines the plastic injection molding’s shaping capability and the material flexibility of conventional powder metallurgy. The selection of material, volume or tolerance level, part size are all the instrumental factors in the entire decision-making process.

Following are the benefits associated with metal injection molding 

• The metal injection molding can design small and complex metal injection mold parts quickly and efficiently. The final product produced is like the original design, without any need for further finishing.
•  It has the ability to combine several elements into one piece. It allows multiple pieces to be molded into one solid piece. Hence, eliminating further assembly and machining, and lowering costs. 
•  Parts with various holes, irregular shapes, contours, and internal heads are a great fit for metal injection mold parts production. 
•  The strength and density of a finished product are one of the reasons why this process is being used by a wide range of people. 

Alloy options you have:

A wide variety of alloys are available for the production of metal injection mold parts. Generally, the bulk of the materials fall into a few categories.

• Tungsten alloys: Both tungsten copper and tungsten heavy alloys.
• Ferrous alloys: Steel, stainless steel, iron-nickel magnetic alloy, and special ferrous alloys like Invar and Kovar.
• Hard materials: Cemented carbides, cermets, and cobalt-chromium.

Metal injection molding is used in many areas of different industries. Industries that use strong and small complex parts have been spending millions of dollars over the last few decades. For instance, the medical industry uses this process for the production of implantable devices and surgical instruments.