IMPOSSIBLE OBJECTS, INC. (20240279423). Recycled Polymers for 3D Printing simplified abstract
Contents
Recycled Polymers for 3D Printing
Organization Name
Inventor(s)
Robert Swartz of Highland Park IL (US)
Michael Vasquez of Chicago IL (US)
Buckley Crist of Wilmette IL (US)
Eugene Gore of Des Plaines IL (US)
Recycled Polymers for 3D Printing - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240279423 titled 'Recycled Polymers for 3D Printing
The waste product from various processes is transformed into powders suitable for composite-based additive manufacturing (CBAM) through innovative recycling methods such as grinding and sieving, emulsion extruding, and liquid-liquid phase separation.
- Waste products from processes like injection molding and selective laser sintering are repurposed into powders optimized for 3D printing using CBAM technology.
- Recycling processes like grinding and sieving, emulsion extruding, and liquid-liquid phase separation are employed to achieve the desired particle size and distribution for the powders.
- The innovation lies in the efficient and effective transformation of waste materials into usable powders for advanced manufacturing techniques like CBAM.
- By utilizing alternative recycling methods, the patent aims to reduce waste and promote sustainability in the manufacturing industry.
- The patent application addresses the need for eco-friendly solutions in the production of materials for 3D printing technologies.
Potential Applications: - Manufacturing industries looking to reduce waste and improve sustainability in their processes. - Companies specializing in 3D printing technologies seeking innovative materials for additive manufacturing.
Problems Solved: - Efficient recycling of waste products from industrial processes. - Optimization of particle size and distribution for 3D printing applications. - Promotion of sustainability and eco-friendly practices in manufacturing.
Benefits: - Reduction of waste and environmental impact in manufacturing processes. - Access to high-quality powders for advanced additive manufacturing technologies. - Cost-effective and sustainable solutions for material production in 3D printing.
Commercial Applications: Title: Sustainable Waste Recycling for Advanced 3D Printing Materials This technology can be utilized by manufacturers in various industries to enhance their sustainability efforts and improve the quality of materials used in 3D printing applications. The market implications include cost savings, environmental benefits, and enhanced product quality.
Questions about the technology: 1. How does the recycling process impact the overall cost of material production for 3D printing? 2. What are the potential challenges in implementing these innovative recycling methods in industrial settings?
Original Abstract Submitted
waste product from any of a variety of processes (injection molding, selective laser sintering) is processed to form powders that have particle size and distribution optimal for a 3d printing technology known as composite based additive manufacturing (cbam). alternative recycling processes include grinding and sieving, emulsion extruding, and liquid-liquid phase separation.
