Tengam Engineering, Incorporated, a global leader of injection molded magnets and magnetic assemblies, has completed and passed its re‐certification audit for the new quality standard IATF 16949:2016. NSF‐ISR, a leading global certification organization known for its superior industry expertise and customer satisfaction, stated that “You should be very proud of your accomplishment, and your attention […]

The framing is complete, roof is in place, and the walls are going up. Tengam Engineering’s expansion is a result of our success with customers in the medical, automotive, industrial, and commercial markets. The success we have seen is a direct result of our innovative solutions to customers’ complex designs, while providing value added services […]

Tengam Engineering, Incorporated expansion progress quickly gains momentum. As the cool morning air brings in the smell of fall, exterior walls start to take shape and give light to the size of our new manufacturing space.  This 30,000 square foot addition will host advanced injection molding equipment, automation and automated assembly and magnetizing equipment. Did […]

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Tengam Engineering completed its annual ISO/TS16949 surveillance audit in late January 2013, receiving recommendation from NSF International Strategic Registrations for ISO/TS16949 certification through January 2015. The NSF lead auditor was impressed at how many system and procedural improvements Tengam has made in the past year.  Our company takes great pride in the audit results which […]

OTSEGO, Michigan, February 14, 2012 Tengam Engineering, Inc., Innovative Leaders in Bonded Magnet Technology, announced today that it has named Paula Ramey as the new Quality Manager. Tengam Engineering, founded in 1972, manufactures a wide range of bonded magnets and magnetic assemblies. “I am pleased to announce the appointment of Paula Ramey, Quality Manager,” stated […]

Design engineers at Tengam Engineering, Inc. have developed injection molding techniques that allow injection molded magnet material to be more effective when used as a replacement for sintered ferrite or NdFeB magnet arcs. This process will allow the injection molded magnet industry to be expanded. Weight loss reductions for the magnets have been estimated to […]

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by S. R. Trout, Spontaneous Materials Many techniques exist to characterize the magnetic properties of bonded magnets. We will review the common and not so common techniques in use, with emphasis on the advantages and disadvantages of each one, and some advice on the best method for many common situations. Read the research paper

by Monika Gerda Garrell (Under the direction of Dr. Albert Shih) The goal of this research was to investigate the mechanical properties of injection molded Nylon and PPS-based Nd-Fe-B type magnets. The development of new Nd-Fe-B type magnetic materials and the advancement of near-net shape injection molding processes for magnetic component manufacturing have driven the […]