LPBF
Pushing Laser Powder Bed Fusion into New Realms of Productivity
The Betatype technology stack supports businesses looking to expand on the potential of additive manufacturing for series production through design-led thinking and unique optimization algorithms to maximize the capacity of LPBF systems.
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DMLS or Polyjet? A Hands-On Comparison to Produce Prototype Mold Inserts
The development phase of creating injection molded parts and inserts often requires the production of small-quantity prototypes. This moldmaker compared two different AM technologies to produce prototype mold inserts made from tool steel and polypropylene photopolymer.
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Desktop Metal Delivers Mid-Volume Metal 3D Printing System
Shop System is said to achieve exceptional surface finish parts with rich feature detail at speeds up to 10 times faster than those of legacy 3D powder bed fusion technologies.
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Speed Is Relative in AM: A Data-Driven Comparison of Multi-Laser Powder Bed Fusion and Binder Jet Processing
There is a difference between the effective print speed and the actual cost to produce the component with AM. John Barnes compares binder jet processing with powder bed fusion for metal parts.
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A Technical Economic Perspective on Multi-Laser Powder Bed Fusion 3D Printers
When it comes to laser-based powder bed fusion, more lasers do not always lead to greater productivity. Considerations for multi-laser 3D printing.
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Large-Format Metal 3D Printer Will Let Users Keep the "Recipe" But Gain Productivity
The forthcoming Sapphire XC metal powder bed fusion system from Velo3D adds size and speed, but requires no new process development for existing part designs.
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Cimquest Exclusive Distributor for Xact Metal’s LPBF 3D Printer
Printer is geared toward enterprise shops and manufacturers.
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Benchmarking: How Do Metal 3D Printers Really Compare?
When serial production is the goal, quality is paramount. Contract manufacturer Cumberland Additive shares a benchmarking experiment comparing two of its powder bed fusion metal 3D printers in this presentation from AM In-Depth.
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3D Printed Nitinol Opens New Possibilities for Arterial Stents
Researchers at Australia’s national science agency, CSIRO, have created the first self-expanding nitinol stents made via powder bed fusion. The project points to more opportunities with this shape memory alloy.
Read MoreWayland Additive Sets 2021 Launch Date for NeuBeam Production System
The new powder bed fusion (PBF) process is said to overcome many of the limitations for manufacturing large complex metal components.
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