我們使用高密度石墨代替鋁作為材料，
大大減少了列印平台帶來的問題。
是長期使用的最佳選擇。
熱膨脹係數較大
比鋁製結構低 11 倍以上
盤子。
加熱速度快三倍
比鋁構建板。
石墨打印板的獨特之處在於石墨的熱膨脹特性。通常，當材料或物質受熱時，它會膨脹和變形。但石墨的熱膨脹係數很低，即使長時間加熱到110度也不易變形。
受益於石墨的高導熱性。這有效地降低了矽膠加熱器與彈簧鋼片之間的熱阻，使加熱過程更快、更穩定。
Our team has encountered significant hurdles in manufacturing high quality graphite plates for 3D printiers.
The graphite particles generated during grinding cause rapid wear on cutting tools, necessitating frequent replacements. Meeting our strict standards for product flatness requires changing to a new set of tools for each plate.
Flat build plate essential for uniform adhesion. Uneven plate leads to thickness variations, poor adhesion. Risk of warping or detachment, affecting accuracy. we have established a minimum flatness requirement of +/- 0.05mm.
Reliable high-density graphite build plates: Guaranteed unbreakable under normal usage conditions!
High-density graphite excels in thermal stability, with a low expansion rate that ensures minimal size changes in fluctuating temperatures. It withstands significant thermal expansion without deforming, even when exposed to 100°C, maintaining low deformation rates despite the use of magnetic tiles and PEI sheets.
High-density graphite's layered structure provides excellent thermal conductivity in all directions, allowing efficient heat dissipation. In contrast, aluminum alloys may exhibit suboptimal conductivity due to their crystal structure. Graphite’s superior thermal performance and high-temperature resistance make it advantageous for thermal applications.
This video reviews a new graphite bed plate for a 3D printer. Compares the graphite bed to a standard aluminum bed, highlighting the graphite's superior thermal stability and flatness. The reviewer tests the bed's performance with a thermal camera and a dial gauge, showcasing its impressive results.
