The TyRex Family of Technology Companies has a unique opportunity to take part in the Solid Freeform Fabrication Symposium coming to Austin from August 7-9. This event highlights the most notable advancements in 3D Printing and Additive Manufacturing technologies, attracting some of the brightest minds in the industry from all over the world.
After sponsoring a social event for attendees on August 6, TyRex will be offering a tour of our North Austin facility on August 8, which now boasts a variety of products impacting Additive Manufacturing. Two highlights are Carbon’s latest CLIP 3D Printer, the M2, and DLi’s 3DLP9000 Light Engine, capable of 3D printing down to the 365nm range.
SabeRex is the first in Texas to offer Carbon’s cutting edge technology with the M2 printer, which prints using Continuous Liquid Interface Production (CLIP). CLIP technology allows for far greater versatility than other 3D printing methods particularly when it comes to material, with functionality to print using a variety of resins including polyurethane and epoxy. The CLIP technique uses light processing to solidify the resin as the rises from the pool of liquid in a continuous manner, a method which is said to be 100 times faster than other forms of commercial 3D printing. With Carbon’s technology SabeRex will be able to customize parts based on key factors such as density, tension and heat capacity.
DLi will be also showcasing its new 3DLP9000 Light Engine, capable of 3D printing down to the 365nm range. The 3DLP9000 is a unique light engine designed specifically with the professional-grade DLP 3D printer in mind. Its streamlined design is optimized for optical efficiency in the 365nm to 405nm spectral range and features 4 million pixels resolution, representing the largest build area for a DLP 3D printer on the market. The 3DLP9000 offers world-class distortion and uniformity to benefit applications with even the most stringent accuracy and precision requirements. Click here to read more about this innovative new light engine from DLi, or browse the resources below.