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Smith Metal Products Adds Titanium Metal Injection Molding (TiMIM) To Its MIM Molding Capabilities

Smith Metal Products adds Titanium Metal Injection Molding (TiMIM) capabilities to its MIM Molding portfolio of materials that include stainless steels, alloys and ceramics.


TiMIM involves mixing powdered Titanium metal with a binder material to compose a feedstock capable of being handled by injection molding equipment. Metal injection molding allows complex Titanium parts to be shaped with precision in a single operation and in high volume as compared to traditional Titanium machined metal components.


Adding TiMIM Molding capabilities opens a new, wider range of component applications for Smith Metal Products, where strength-to-weight ratio parts are desired. It is often accomplished with superior features using Titanium compared to other strong but much heavier metals like steels.


TiMIM part features can include undercuts, varying wall thickness up to 0.125″ or 3mm. TiMIM parts also accept many surface finishes including anodizing and electro polishing and can be finish machined if necessary.


“We are excited to have taken delivery of dedicated Titanium Metal Injection Molding (TiMIM) equipment,” stated general manager, Todd Jensen. “Our Employee Owner-Operators are now trained on the equipment and process. We have received successful TiMIM molding verification”, Mr. Jensen reported.


Titanium metal injection molding often is a more effective process to achieve precision parts while eliminating machining. That’s because TiMIM parts are precise, net shaped parts that are produced faster and usually require no secondary operations. But not all parts qualify for this highly cost-effective, alternative solution.


About Smith Metal Products: Smith Metal Products 100% Employee owned (ESOP) and operates a state-of-the-art 65,000 square foot facility, that is ISO 9001:2008 Certified and ISO 13485:2016 Certified. The company’s controlled documentation system assures customers of consistent set-up and repeatability on every production run.


The company operates the latest electric molding machines, continuous and batch debind and sintering furnaces, solvent debinding systems, 5-axis CNC machining and grinding centers, ceramic kilns, coining, laser etching/engraving and inspection lab. Smith also provides rapid prototyping and a complete array of value-added services including plating, laser welding, heat treatment, surface finishing and polishing, assembly, final pack out and more. Design for Manufacturability assistance is a core belief and is a free service at Smith. The company manages single and multi-cavity, hot runner and unscrewing mold design and builds at local domestic tool shops near the facility.


Request a quote, Part Evaluation, or call us today at 651-257-3143.

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We know the snow will be falling sooner than we want it to, but we will be ready for spring when it comes around again.

by Ashley Paulson 26 December 2024
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by Ashley Paulson 23 December 2024
Merry Christmas to those that celebrate. Smith Metal Products is closed tomorrow, December 24, and Wednesday, December 25 in observance of the Christmas holiday. We will return to the office on Thursday, December 26, ready to collaborate with you. Hopefully, you get some time to relax and spend time with friends and family. Happy Holidays!
by Ashley Paulson 16 December 2024
The answer is yes and no. Yes, metal can be used in injection molding, but not by itself. In order to get the powdered metal to take the shape of the mold and hold the shape, about 20% of plastic is added to approximately 80% powdered metal. These pellets are called feedstock and they are melted and pushed into the mold. After this point, the part is not complete like it may be with plastic injection molding. The metal part needs to go through the debinding process in order to remove all of the plastic. You cannot leave the part alone after debinding, because it is very fragile and you can think of it like a sandcastle like structure. Then the metal parts go through the sintering process to strengthen the part and remove the holes that were left behind by the plastic. We most commonly use stainless steel powder. Titanium is another metal that we commonly work with. There are some metals that are not compatible with our process. We do not use aluminum, zinc, brass, magnesium or copper in the metal injection molding process. If you want to learn more about the whole process, see the "What is MIM?" section of our website.
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