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This is part of the specimen inlet module of a gas chromatography analytical equipment. With its' two dedicated complex internal channels, the device is able to manage gas flowing in and out of the five ports without leakages.
AMT overcame great challenges to mass produce the One-piece Nozzle with its' complex internal channels of good finishing and was conferred the EPMA Award in 2018.
Made of austenitic stainless steel, this part employs a patented technology to form the highly complex internal undercut channel, a feature which is deemed "impossible" to achieve through conventional machining.
Components used in industrial printer module that demand high impact force during printing. The use of SS440C material for the Tab Support that has a yield strength of 234,000 psi (1,613 MPa) enable us to meet the reliability requirement and with significant cost saving.
Incorporating multiple side core inserts in the tooling enable these complex locking components to be manufactured by the MIM technology.
The complex geometries of the flip slider and hinge barrel capitalized on the advantages of PIM technology and elevated mobile design to a new level.
This is a set of copper connectors for an electric plug manufactured by CuMIM process. This award is an endorsement of the technology application, the design quality, and the components production.
The complex geometry of this set of rotary hinges capitalized on the advantages of PIM technology.
This 105mm by 105mm by 1.5mm fiber optic connector is made of Kovar. It defied conventional PIM aspect ratio and size to meet specific dimension and hermetic requirement.
This stainless steel mechanical connector offers good corrosion resistance and structural strength.
This component has intricate geometries, a hollowed structure, and an overall wall thickness of less than 1mm (0.04in).
Four individual pieces were integrated into a one-piece PIM component, which resulted in higher performance at a lower cost.
This part illustrates AMT’s MIM capability through shape complexity and miniaturization (less then 2.0 grams).
Using the MIM technology, these complex geometry parts were manufactured without any post-machining.
The complex geometry of this set of rotary hinges capitalized on the advantages of PIM technology.
Based in Singapore, AMT is a leading manufacturer in precision engineering and advanced manufacturing.
We hold ISO 9001, ISO 13485 and IATF 16949 certifications, assuring quality in medical, automotive, industrial, and electronics sectors.
Our services reach clients worldwide. At AMT, we deliver innovation and excellence worldwide.
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