MIM, Thixo Specialists
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Home : MIM or Thixo
MIM or THIXO
Specializing in metal alloy molding, including kovar, white metal casting, stainless steel, titanium, NiFe, F-75, Nimonic90, AISI 304, 316L, and more.

We Are Experts in Molding Unique Metal Alloys

Following are a few of the metals and alloys we have worked with:

Kovar

Stainless Steel

Titanium

Silicon Iron

AISI 304

440C

NiFe

F-75 (Cobalt Chrome) HK 30

Nimonic 90

316L

Nickel alloys

Hastalloy

We work with a number of different high-strength metals, as well as white metals.  Our manufacturing methods can often eliminate machining by using net-shape and near net-shape processing. We use two processes—AFT’s proprietary Metal Injection Molding (MIM) process and our Thixomolding® (or Thixoforming) process specifically designed for magnesium and its alloys.

AFT Metal Injection Molding: Innovative Process Powered by Next-Generation Technology


small_images_mim2AFT’s proprietary MIM technology represents the future of complex metal component manufacturing. It combines the shape-making capabilities of plastic injection molding with the material flexibility and strength of powder metallurgy.

Strength in Detail
Through these unique processes, we can form multiple components into a single, complex geometry. The technology permits co-molding of dissimilar materials. Therefore, we can both maintain and improve the metallurgical properties of conventional metal forming manufacturing.
MIM Process includes compounding, molding, de-binding and sintering metals.
Built-in Adaptability
AFT’s technology works to ensure that we deliver exactly what you need. The AFT engineering team develops each MIM program based upon your requirements.

Varied Applications
AFT’s progressive MIM technology and custom material development capability is ideal for aerospace components, medical devices and surgical instruments, automotive parts, electronics components, computer peripherals, power tools, firearms parts and communications equipment.

Read more about AFT’s Metal Injection Molding Process.



Thixomolding® Magnesium Injection Molding: The Choice for Complex, Lightweight Components


small_images_thixo2Magnesium injection molding, or Thixomolding®, merges the design and processing flexibility of plastic injection molding with the strength produced by high-pressure diecasting. AFT’s Thixomolding® process produces complex shaped components with high dimensional precision, fine detail, and overall light weight.

Enhanced Material Properties
The semi-solid processing technology used by AFT provides a refined, high-density microstructure for improved material properties.

Superior Process Capability
Compared with conventional die casting, Thixomolding® technology allows us to inject magnesium alloys at lower temperatures. This provides greater dimensional precision, longer die life, fine surface detail, and a more consistently repeatable process.

Varied Applications

Thixomolded magnesium has become the process and material of choice for the manufacture of many advanced automotive parts, electronic components, power tools, and other consumer product applications.


Learn more about Thixomolding®
 

CONTACT A REPRESENTATIVE

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UPCOMING MIM SCHOOL COURSES

Attendees of AFT’s MIM School will learn about powders and compounding, the basic MIM process, how to design for MIM, the MIM manufacturing steps, quality control issues and secondary operations related to MIM.

> Get the details