Real-time feedback and closed-loop print process adjustment based on multiple drawing methods for additive manufacturing | So Good News
Intrepid’s patented technology provides “closed loop” real-time feedback/print optimization during build.
Bracketing greatly improves print quality: structural integrity; Fidelity to the desired surface finish and better accuracy from print to printer to printer to printer are other advantages.
Closed Loop technology combined with Intrepid’s Multiple Image Projection technology improves performance, reduces total system costs, and optimizes maintenance and service schedules for high-volume production.
San Diego, November 10 2022–(BUSINESS WIRE)–Intrepid Automation, a technology company that develops custom industrial additive manufacturing systems for high-volume production using 3D printing technology and materials, was announced by the United States Patent and Trademark Office (USPTO) this week. Patent #11,465,340 for Closed Loop Print Process Adjustment Based on Real-Time Feedback and #11,338,511 for Multiple Image Projection Method for Additive Manufacturing
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US Patent #11,465,340 for Closed Loop Print Process Adjustment Based on Real-Time Feedback allows digital 3D hardware and software to use real-time data from sensors to optimize the print process while monitoring various parameters (general summary statement, see patent text for specific description). (Photo: Business Wire)
Patent #11,465,340 for Closed Loop Print Process Adjustment Based on Real-Time Feedback; is for a method/process that allows digital 3D hardware and software to use real-time data from sensors monitoring various parameters to optimize the printing process in real time. This dramatically improves print quality: structural integrity; fidelity to desired surface finishes; better accuracy from print to printer to printer to printer; better advantages;
Patent #11,338,511 for Additive Manufacturing for Multiple Image Projection Method; is an array of connected projectors that project a single image simultaneously, a process that enables 3D digital hardware to build 10 times faster than legacy SLA technologies. Multiple Image Projection combined with Intrepid’s Closed Loop technology enables truly high-volume production: prints faster; more precisely; More consistent. Hardware incorporating these technologies is more easily maintained than legacy technology digital 3D hardware.
“These patents strengthen our intellectual property portfolio, but what these processes mean for our customers is best-in-class quality, scalability, and unmatched speed,” said Chris Tanner, VP of Research and Development at Intrepid Automation. To develop both technologies. “It’s amazing to see every day how creativity, dedication, and teamwork bring these revolutionary technologies to life.”
Intrepid’s patent portfolio includes 4 pending applications in the US and internationally. Automation in the portfolio; robot Includes patents and applications using artificial intelligence technologies related to methods and processes for software and industrial additive manufacturing. Intrepid’s custom; Digital investment casting resins in a portfolio of exclusive tresins; dental resins; Bio-compatible materials; Includes patent-pending printed foams and general-purpose functional and elastomeric resins. Collectively, Intrepid’s founding team holds 300+ patents.
Intrepid Automation 3D printers; software, materials, Customization for automation and quality control Creates industrial additive manufacturing systems. Our end-to-end systems are high-speed, Patented modular DLP technology is combined with the best materials for composite manufacturing to produce components that produce less waste and a smaller carbon footprint. Intrepid is headquartered in San Diego, CA. For more information, Visit www.intrepidautomation.com or Merrin Muxlow, Contact [email protected]
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Merrin Muxlow, Marketing | PR