Low-vibration frames for 3D printers

Description

Low-vibration frames are crucial for the quality of 3D prints. Learn how 3D printing frame technology works and how low-vibration frames can overcome challenges. The current state of 3D printing frame technology to reduce of vibrations: Openings in the aluminum profiles are filled with foam to reduce vibrations. Carbon fiber is extremely stiff and light. It is widely used to make 3D printer frames with high rigidity and low mass. Composite materials combine aluminum and carbon fiber properties to achieve an optimal stiffness-to-weight ratio. Challenges in developing low-vibration frames: Steel frames are stiff and sturdy, but are also susceptible to vibrations, which can affect print quality. The more complex the model, the higher the risk of vibration, especially when multiple materials are used. Larger 3D printers are heavier and therefore require lower-vibration frames to ensure high quality 3D prints. Composite frame made of mineral cast reduces vibrations: According to research [1], mineral cast parts vibrate 10 times less than the same parts made of gray cast iron. No metallic parts are cast into the frame. Effect of low-vibration frames on the quality of 3D printers: Mineral cast frames reduce the risk of defective layers and thus improve the precision of the printer. 3D printers with mineral cast frames have extremely high stability, which leads to uniform and higher quality printing. Low-vibration frames expand the material and application options of 3D printers and thus offer more flexibility when producing objects. Mineral cast frames are ecological: Sand is ecological Metal production is an energy guzzler Mineral cast frames reduce production and assembly time The new technology for mineral cast frames is possible because it uses: no metallic shapes. is based on the 3D printed parts. offers prepared receptacles and connections for assembly Proposal: 1. Mineral cast frames offer an excellent alternative to conventional frames Low-vibration frames are crucial for the quality of 3D prints. The effect of mineral cast frames on print quality and flexibility is significant. 3. The technology for mineral cast frames will continue to develop, enabling more possibilities in production. Higher precision and flexibility will take future 3D printers to a different level. Let's start a project to develop a new mineral cast frame for a 3D printer. Take a conventional 3D printer and let it build a new frame for the selected model. Then compare the technological, financial, and environmental advantages and start producing a new class of 3D printers. We provide your unique 3D printer with low-vibration frames. Contact Us: vad.cherner@3d-space.org Websites: www.3d-printer-frame.com; www.3d-space.org References: [1] Utz-Volker Jackisch: Mineralguss für den Maschinenbau – Eigenschaften, Engineering, Verarbeitung und industrielle Anwendung eines modernen Werkstoffs für hochpräzise Maschinengestelle. Verlag Moderne Industrie, Landsberg/Lech 2015, ISBN 978-3-86236-082-6.

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