Heat treating
VBN Components Offers High-Performance Materials Development as a Service
Formnext 2023: VBN Components is exploring new possibilities in metal materials development, including promising prospects with hard metals and refractories.
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Elementum 3D’s High-Strength Aluminum Alloy Eliminates Need for Heat Treatment
Elementum 3D’s A5083-RAM5 aluminum alloy enables manufacturers to print advanced components from a high-strength aluminum alloy with reduced postprocessing time and cost.
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Aalberts Surface Technologies Forms U.S. Heat Treatment Business Unit
Combining 17 diverse facilities into Aalberts Surface Technologies - HIP|Braze|Heat Treatment makes it one of the largest providers of thermal processing and metal joining technologies in the U.S.
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AM 101: What Is Hot Isostatic Pressing (HIP)? (Includes Video)
Hot isostatic pressing has long been used for metal castings, but is now being applied as a valuable method for closing porosity in metal 3D printed parts.
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It’s HIP to Be Additive: Advancing 3D Printed Metals with Hot Isostatic Pressing
Aalberts Surface Technologies-Accurate Brazing is preparing to serve additive manufacturing tomorrow by proving out HIPing recipes at its Center of Excellence today.
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How Does Heat Treating Affect Machining Considerations for a Metal 3D Printed Part?
This picture of part distortion in additive manufacturing illustrates the kind of effects that part design or machining stock allowances need to anticipate.
Read MoreQuesTek Material Enables Production of Complex Parts Via AM
QuesTek has announced a high performance stainless steel material for powder bed fusion additive manufacturing for use either in the as-printed condition or with a single low-temperature heat treatment.
Read MoreRoboze Heat Treatment Line Covers Complete 3D Printing Process
Formnext 2019: Roboze’s new Heat Treatment Process line is said to be capable of covering all the necessary phases for the production of functional prototypes and finished components with composite materials and high temperature super polymers.
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Leveraging Additive Manufacturing to Improve Joint Replacement Surgery
A German medical device company has turned to metal additive manufacturing to manufacture its acetabular cup cutter for hip and knee replacement surgeries. The cutter’s 3D-printed blades are more reliable and cost-effective, and have improved the surgical experience for both patient and physician.
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How Topology Optimization Could Be the Key to Longer-Lasting Hip Implants
Hip stem implants must support the mechanical loads of the patient’s lifestyle, but should also avoid stress shielding. A team from Altair leveraged simulation, topology optimization and 3D printing to design an optimized hip stem that meets both conditions.
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