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  • Carnegie Mellon Deploys Aerosol Jet Printers

    The Advanced Manufacturing and Materials Laboratory (AMML) at the university is attempting to advanc...

  • The Harvard team has decoupled fiber orientation from the print path using a rotational printhead that also generates a shear field as the ink is deposited.

    New Print Method Boosts Composites Strength

    The Harvard team has decoupled fiber orientation from the print path using a rotational printhead th...

  • BMW is leveraging 3D printing to allow vehicle owners to customize a BMW MINI using printed inlays to augment their side scuttles, interior trim, LED door sills and LED door projectors.

    MINI Drivers Can Print Custom Parts

    BMW is leveraging 3D printing to allow vehicle owners to customize a BMW MINI using printed inlays t...

  • Close-up of part (turquoise) prepared for 3D printing on Carbon systems, showing Advanced Auto Supports added (blue). Number, size and placement of supports determined using Carbon’s FEA-based simulation software. (Image courtesy Carbon)

    Carbon’s Cloud-Based 3D Printing Simulation Tools

    The FEA simulation uses a moving domain analysis to model Carbon’s Digital Light Synthesis (DLS) tec...

  • DanaMed Pathfinder biocompatible ACL surgical device, produced with direct metal laser sintering in Inconel 718: an example of a 3D-printed medical device. (Image courtesy Stratasys Direct Manufacturing)

    FDA Releases Medical Device 3D Printing Guidelines

    3D printing guidelines are useful for manufacturers planning product submissions for FDA approval, a...

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  • Slide 1
  • Slide 2The Harvard team has decoupled fiber orientation from the print path using a rotational printhead that also generates a shear field as the ink is deposited.
  • Slide 3BMW is leveraging 3D printing to allow vehicle owners to customize a BMW MINI using printed inlays to augment their side scuttles, interior trim, LED door sills and LED door projectors.
  • Slide 4Close-up of part (turquoise) prepared for 3D printing on Carbon systems, showing Advanced Auto Supports added (blue). Number, size and placement of supports determined using Carbon’s FEA-based simulation software. (Image courtesy Carbon)
  • Slide 5DanaMed Pathfinder biocompatible ACL surgical device, produced with direct metal laser sintering in Inconel 718: an example of a 3D-printed medical device. (Image courtesy Stratasys Direct Manufacturing)

FlashFuse from Essentium Looks to Wow Engineers with Stronger 3D Printed Parts

April 5, 2018 Leave a comment

Examples of high-strength 3D-printed parts, made of FlashFuse-enhanced PA nylon on a StackerFlashFuse system. (Image courtesy Essentium)

FlashFuse from Essentium enhances the strength of parts made on fused filament fabrication (FFF) 3D printers, specifically addressing the universal problem of weakness in Z-strength behavior.

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Magicfirm Promises to Bring Metal Additive Manufacturing Costs Down with New ZYYX 3D Printer

April 4, 2018 Leave a comment

Magicfirm Europe’s ZYYX metal printer combines metal powder with a binder, making it safe to handle and use without any special measures, opening the door for the system to be used in design and development work environments. These improvements, along with a significantly reduced price, bring 3D printing within reach of more businesses.

Magicfirm expects the three-step binder-based metal 3D printing system will become available as early as 2019.

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Rapid+TCT Spotlights Hot 3D Printing Sectors

March 29, 2018 Leave a comment

Amy Alexander of the Mayo Clinic’s Department of Radiology’s Anatomic Modeling Lab will discuss how point-of-care manufacturing affects more patients with 3D printing. Image courtesy of SME.

The RAPID+TCT 3D printing/additive manufacturing event takes place April 23-26 in Ft. Worth, TX.

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AMUG Celebrates 30 Years of Additive Manufacturing Education and Support

March 29, 2018 Leave a comment

Additive Manufacturers Users Group

The additive manufacturing conference will include more than 200 presentations, workshops and hands-on training sessions.

Read More »

Senvol Analysis Software Reduces Trial and Error of Additive Manufacturing Processes

March 29, 2018 Leave a comment

Example of Senvol new machine-learning software for optimizing additive manufacturing process parameters. Users can work with many possible desired outcomes and/or input parameters. (Image courtesy Senvol)

The Senvol ML project is aimed at reducing the trial-and-error approach to defining AM material-process procedures.

Read More »
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Industrial Additive Manufacturing

  • Example of AM metal part in optimized build orientation (optimized combination balancing minimal residual stresses, support material and build time), including necessary support structure, as calculated with Sunata software from Atlas 3D. (Image courtesy Atlas 3D)

    New Software Tool Takes Guesswork out of Metal AM Part Orientation, Supports

    April 9, 2018
  • Examples of high-strength 3D-printed parts, made of FlashFuse-enhanced PA nylon on a StackerFlashFuse system. (Image courtesy Essentium)

    FlashFuse from Essentium Looks to Wow Engineers with Stronger 3D Printed Parts

    April 5, 2018
  • Example of Senvol new machine-learning software for optimizing additive manufacturing process parameters. Users can work with many possible desired outcomes and/or input parameters. (Image courtesy Senvol)

    Senvol Analysis Software Reduces Trial and Error of Additive Manufacturing Processes

    March 29, 2018
  • Example of automatically incorporating bionic features into aircraft structural design. CENIT is creating a catalog of such features, integrated with CATIA CAD software. (Image courtesy CENIT)

    CENIT CAD Tools Enable AM-Based Bionic Aircraft Design

    March 15, 2018

Desktop 3D Printer Posts

  • Wohler’s Report 2018 shows a dramatic rise in the deployment of metal additive manufacturing systems. Image Courtesy of Wohlers Associates

    Metal Additive Manufacturing Gains Significant Ground

    April 17, 2018
  • Stainless steel 3D-printed part made on a Desktop Metal Studio system, undergoing dual-stage sintering. (Image courtesy Desktop Metal)

    Metal 3D Printing on the Desktop Heats Up

    August 29, 2017
  • By streamlining post-processing, Rize’s augmented polymer deposition technology opens the door for a new range of applications, including short-run, end-use part production. (Image courtesy of Rize.)

    Streamlining 3D Printing Post-Processing Opens Market Opportunities

    June 1, 2017
  • Aleph Objects Inc. is partnering with monkeyprint to develop more software for resin-based 3D printing. Image courtesy of Aleph Objects.

    Aleph Objects Inc. Debuts New Hardware, Software at CES 2017

    January 5, 2017

Rapid Service Bureau Posts

  • The new Fabpilot solution is a software as a service (SaaS) product that allows third parties to control and manage 3D printers, including nesting orders, preparing parts, and shipping.

    Sculpteo Unveils Fabpilot Cloud-Based Printer Management

    December 29, 2017
  • Sample metal parts 3D-printed on 3DEO's industrial AM system. All parts are 17-4PH stainless steel, shown directly out of the machine with no post-processing; the largest is about 2 inches diameter. (Image courtesy 3DEO)

    Intelligent Layering Puts 3DEO on Fast 3D-Print Track

    November 10, 2017
  • 3D Systems introduces Figure 4 3D printing platform, aiming to evolve the technology from prototyping to production use (image courtesy of 3D Systems).

    3D Systems Launches Figure 4 AM Solutions, Targets Enterprises with Different Degrees of AM Readiness

    November 9, 2017
  • Sintavia Sample 3D-Printed metal parts on build plate (Image courtesy Sintavia)

    Sintavia Raises the Bar for Production-Level, 3D-Printed Parts

    October 3, 2017

RSS Latest News from DE

  • ESI Debuts PAM-STAMP 2018
  • NVIDIA Transforms the Workstation for the Age of Deep Learning
  • EnvisionTEC Launches 3D Printing Material
  • Pointwise Release Focuses on Mesh Automation
  • Elysium Releases Two Software Updates

RSS Latest Virtual Desktop Posts

  • LIVE Online Roundtable: Designing for the Era of Additive Manufacturing
  • NVIDIA GTC 2018: GPU Maker Continues to Bet Heavily on AI and Autonomous Cars
  • CAASE18 Preview: FDA on the Use of FEA to Simulate and Validate Medical Devices
  • CAASE18 Preview: Don’t Be Late to the Blockchain Party


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