Metal
Farsoon FS273M System Offers Versatile Production for Larger Volume Parts
System offers an industrial-sized 275 × 275 × 355 mm build envelope as well as versatile single or dual laser options for improved productivity and efficiency.
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Simulation Prevents Expensive Hybrid Manufacturing Errors
Errors while finish-machining additively manufactured parts can waste production time and tens of thousands of dollars. Vericut has enabled Keselowski Advanced Manufacturing to avoid these mistakes.
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3D Systems Certifies Corrosion-Resistant Materials for Metal Printing Platform
Company’s Application Innovation Group offers service to help customers certify materials, thereby accelerating innovation and time to market.
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Holo Expands Material Options for High-Resolution, High-Throughput Metal Additive Manufacturing
Expanded PureForm MicroAM materials options include copper, stainless steels and other metals.
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ExOne, Fraunhofer IFAM Strengthen Partnership for Metal Binder, Materials Development
Fraunhofer IFAM and ExOne are working on a CleanFuse version for processing reactive materials such as aluminum and titanium.
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Desktop Metal Qualifies 316L for Mass Production on Shop System
Shop System binder jetting is said to enable cost-effective batch production of high-quality 316L stainless steel parts via additive manufacturing.
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Volkmann Adds Adds Metal Powder Conveying, Recovery System to Test Lab
RAPID 2021: Volkmann PowTReX automatically transfers and recovers unused metal for reuse.
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The Way Ahead for Wire Arc Additive Manufacturing
Tooling today, production tomorrow. The capability will advance as value is increasingly seen in lead time savings and design opportunities. Parts that today are cast offer a particularly promising application for a process that is “welding, except not.”
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Incus Project to Test 3D Printing Spare Parts in Space
Project goal is to assess the feasibility of processing scrap metals available on the moon’s surface to produce a high-quality final product via a zero-waste process.
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Video: What Is Laser Powder Bed Fusion (LPBF)?
Laser powder bed fusion is likely the most widely used metal additive manufacturing process. Here is how it works, including benefits, issues to consider and applications for this 3D printing technology.
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