From rifles to cameras, AFT's ThixoForming™
technology continues to grow in popularity as a method of creating high
density, injection molded products that are precisely formed, exceptionally
strong yet lightweight. ThixoForming™ combines the shape making capabilities
of plastic injection molding along with conventional die-casting technology.
Offering many advantages over traditional processes, ThixoForming™ is expected
to emerge as the leading technology in years to come. AFT's team of professionals
continually work to enhance current techniques and develop new applications
for innovative processes. Many AFT clients are starting to take advantage
of the benefits of ThixoForming™.
Examples of Current Applications
Companies have partnered with AFT in applying ThixoForming™
to their products in new and exciting ways. Kodak drew on the technology's
thin wall capacity and ability to provide highly detailed components when
developing their DCS-14n professional-level digital camera. Seven essential
body components of the camera were made from magnesium using the Thixomolding
process.
Another company had AFT develop a "light engine" that provides
the operating base for a LCD rear projection television. The process required
exceptionally precise alignment to ensure proper operation. ThixoForming™
has outstanding capacity for thin walls and high tolerances making it ideal
for electronic components, computer cases and telecommunications parts
that demand both a high level of complexity and tight dimensional tolerances.
The United States military chose ThixoForming™ as the process to produce
optics housing on an assault rifle. The Thixomolding design uses pass coring,
which eliminates the need for secondary machining of complex features that
hold critical electro-optical elements.
AFT ThixoForming™ is unique because they use precision parts instead of
machinery in their process. |
