UPR-241 is based on powder extrusion printing technology (PEP) and uses a three screw double component single nozzle system to achieve real-time control of composition, mixing, and extrusion material composition. It can print different types of functionally gradient materials such as metal/ceramic, ceramic/ceramic, and metal/metal. Utilizing 3D printing combined with powder metallurgy, it is suitable for the research, design, and preparation of functionally graded materials with complex structures.
△Double component material printing process diagram
Equipment features：
Double component extrusion system: adopt a three screw double component single nozzle design, achieving the printing of different types of functionally gradient materials
Material adaptability: Adopting the granular melting extrusion forming method, which can be used for secondary development and adaptation based on PIM -based materials
Continuous Gradient: Design and Preparation of Integral Functional Gradient Materials with Continuous Gradient Layers
Convenient printing: Negative pressure adsorption molding platform, easy to install and disassemble
Humanization: Automatic feeding function, which can be printed for a long time without people.
Stable printing: Equipped with a built-in hot air control system to ensure a constant temperature environment inside the chamber and prevent product from cracking
△Internal diagram of UPR-241
Equipment parameters：
Printing technology: Powder extrusion printing
Equipment size: 1140mmx950mmx1850mm
Printing size: 180mmx240mmx160mm
Printing layer thickness: 0.05-0.5mm
Nozzle type: Three screw double component single nozzle
Nozzle diameter: 0.4-1.5mm
Printing speed: 90~180cm3/hr
3D printed structural samples of Tungsten-copper function gradient material
About the Manufacturer: https://panda3dp.com/3dprint-169813-1-1.html
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