3D Printing, Desktop Metal, 3D Printing Materials

    3D Printing Composite Materials: Micro Automated Fiber Placement

    February 4, 2020

    Automated Fiber Placement (AFP) is the additive manufacturing process of creating 3D shapes using composite layers of heated resin, which also contains non-metallic fibers. This process can result in 3D printed parts that are two times stronger than steel at one-fifth of the weight (which is excellent); however, the technology traditionally requires million-dollar AFP systems (which is not great). Desktop Metal has recently launched its new Fiber™ platform, which utilizes a technology they call “micro” automated fiber placement (μAFP), that radically reduces the structure and cost of the typical AFP process .

    3D Printing, Stratasys, PolyJet Technology, 3D Printing Materials

    3D Printing Composite Materials: PolyJet Technology

    January 28, 2020

    PolyJet technology uses resins that are dispensed onto a build tray in very small droplets and cured between passes with ultraviolet light in order to create a 3D shape or shapes. PolyJet 3D printers use this process to create parts with a high level of detail and realism because they can print in multiple materials/colors at once and at a higher resolution than other print technology like Fused Filament Fabrication (FFF). Stratasys PolyJet machines can blend anywhere from two to six resins in order to obtain features like soft touch points and full range of color in a single printed part. This makes the technology very attractive for multiple industries when needing to create realistic prototypes and tactile end-use-parts. In this blog article, we highlight some of the most common blends of these composite or "digital" materials and how they are made.

    Stratasys, MakerBot, 3D Printing Materials

    MakerBot LABS Expands Capabilities of the MakerBot Method

    December 12, 2019

    MakerBot recently announced that it was further expanding the material capabilities of its Method platform with a new experimental MakerBot LABS print head and what they are calling the "Partner Materials Development Program." This opens up the Method platform to use a potentially unlimited number of materials as filament suppliers can now qualify their 3D printing materials for the platform in-house. Engineers and designers can discover the resulting pre-qualified materials from leading filament companies to explore new 3D printing applications.  

    FDM Technology, 3D Printing Materials, Know Your Materials

    Know Your Materials: Antero ESD

    November 26, 2019

    Antero 840CN03 (ESD) is a PEKK-based FDM thermoplastic with carbon nanotubes specifically formulated for the flexibility of FDM technology. It combines physical and mechanical qualities with the use of electrostatic dissipative (ESD) properties. The electrostatic dissipative capability makes this material a better fit for prototyping electronics, compared to Antero 800NA. The Antero ESD is chemical and wear-resistant, has ultra-low outgassing properties and is a high-performance ESD. These qualities are critical in space and industrial applications.

    Stratasys, MakerBot, 3D Printing Materials

    New Production-Grade MakerBot Materials [UPDATED]

    November 15, 2019

    MakerBot Method 3D printers use production-grade thermoplastics to create functional prototypes, manufacturing tools and end-use parts that are durable, detailed and dimensionally accurate, all from a desktop sized printer. Getting industrial-grade jobs from a smaller footprint makes 3D printing real ABS much more convenient. Let's take a look at these new materials and what they mean for desktop 3D printing.

    Stratasys, PolyJet Technology, FDM Technology, 3D Printing Materials, GrabCAD Print

    What's New With GrabCAD Print: Versions 1.32, 1.33 & 1.34

    November 7, 2019

    Stratasys GrabCAD Print is a sophisticated 3D printing app that allows designers and engineers to prepare, schedule and monitor 3D printing jobs. Since its release, GrabCAD has continued to make exciting updates to this software; and we will be updating you every other month on its new features – in this set of release notes we will be looking at versions 1.32, 1.33, and the just-released 1.34.

    Stratasys, PolyJet Technology, 3D Printing Materials

    3D Printing Tricks and Treats

    October 31, 2019

    Over the past year, we at TriMech have been able to make some fantastic full-color PolyJet models using the Stratasys J750, but as we close in on 2020, Stratasys has just announced the newest addition to their J-series of PolyJet 3D printers, the J850. To celebrate, and also to prepare for Halloween, we’re taking full advantage of what the J-series can do by making some incredible full-color rigid and flexible semi-translucent TriMech lollipops!

    FDM Technology, 3D Printing Materials, Know Your Materials

    Know Your Materials: Diran

    October 29, 2019

    Diran (Diran 410MF07) is an FDM nylon-based thermoplastic filament material that is perfect for manufacturing tooling applications. This new material is specifically ideal for jigs, fixtures and typical manufacturing tooling that require a non-marring interface that has interactions between the tool and the workpiece. Let's take a closer look at this new FDM thermoplastic.

    Stratasys, PolyJet Technology, FDM Technology, 3D Printing Materials

    New Stratasys Materials: Diran, Antero, UltraClear and More!

    October 24, 2019

    Stratasys offers multiple 3D printing options to help your designs come to life. FDM printers use production-grade thermoplastics to create parts that are designed to be durable, easily replicated and stable over time. PolyJet printers provide unmatched realism with multi-colored prints and textures. Stratasys has taken them a step further with these new material additions.

    SOLIDWORKS, Simulation, 3D CAD, 3D Printing Materials

    Defining Rubber-Like Materials in SOLIDWORKS Simulation Premium

    October 18, 2019

    SOLIDWORKS Simulation Premium enables you to virtually test real-life scenarios more accurately. It provides you with a wide variety of material models for nonlinear analyses. Elastomers such as rubber, neoprene etc. are materials that go through large deformation very rapidly with relatively a low value of stress or applied load. In this article, we go over the different hyper elasticity material models available in SOLIDWORKS Simulation and how to use them to work with these types of materials. 

    3D Printing, Stratasys, PolyJet Technology, Medical, Industry News, Education, 3D Printing Materials

    Product Launch: New Stratasys J750 Digital Anatomy Printer

    October 15, 2019

    Stratasys announces the newest member to their J-series of PolyJet 3D printers: the Stratasys J750 Digital Anatomy Printer (DAP). This latest addition combines the outstanding realism of the popular J750 with anatomical simulation that is so life-like it can replace actual cadaver parts for practice and study. With hundreds of anatomical presets to choose from, this advancement allows you to practice procedures at 70% of the cost of cadavers and other medical models. The J750 DAP is the only printer today able to produce full-color, multi-material, textured models in a single print on a production scale. 

    Rapid Prototyping, 3D Printing, PolyJet Technology, FDM Technology, 3D Printing Materials

    3D Printing Living Hinge Prototypes: Best Practices [UPDATED]

    October 11, 2019

    Do you work with living hinges? If you’re in the consumer products space, it's likely that’s a “yes.” A living hinge is simply a one-piece hinge—just a thin, flexible piece made from the same material as the rigid components it connects. Living hinges are found in plastic packaging, dispensing caps, thermoformed clam shell packaging and more. Manufacturing guidelines are easy to obtain for a variety of use cases.