Suitable for Kobra S1 hotend Front Cover Fan 7500 RPM Ultra-high-Speed Cooling Duct Fan, 50205020 Dual Ball Bearing Blower for Anycubic Cobra S1/Kobra S1 Combination 3D Printer Accessories

아마존 달러(USD) 가격을 각 날짜의 환율로 원화 환산해 표시합니다. 현재 환율 $1 = ₩1,467 (2026-07-28 기준)

상품 특징

• Customized for precise fit Designed specifically for the Anycubic Kobra S1 Combo 3D printer's front cover assembly, its 50×50×20mm dimensions precisely match the XH1.5-2P terminal interface, ensuring seamless assembly. The unique air guide structure seamlessly integrates with the hot end front cover assembly, ensuring precise and directional airflow, rapidly cooling the model structure, and ensuring a perfect print.
• Dual ball bearings for ultra-long maintenance-free operation The industrial-grade dual ball bearing design boasts a lifespan exceeding 50,000 hours (over five times that of ordinary oil-containing bearings), ensuring truly maintenance-free operation. With a wide operating temperature range of -20°C to 90°C and an IP5X dustproof structure, the 3D printer maintains stable performance even under long-term continuous operation.
• Quiet technology: 26dBA library-level quietness Optimized aerodynamic and acoustic design delivers a low noise level of only 26dB at 7500 rpm, 30% lower than comparable products. Combined with a low-vibration design, this printer creates a quiet printing environment, making it ideal for homes, studios, and other creative environments requiring minimal noise.
• 7500 RPM Powerful Cooling, 8% Increase in Air Volume Equipped with a brushless turbo motor, it reaches speeds exceeding 7500 RPM and delivers a powerful 8.63 CFM of airflow (compared to the 7000 RPM/8.0 CFM standard on the market), improving interlayer cooling efficiency. Field-proven data demonstrates that hot-end temperature fluctuations can be controlled to within ±1°C during high-speed printing, significantly reducing issues such as warping and stringing.
• Triple cooling optimization for more stable printing: ① Long air duct design concentrates airflow; ② Aviation-grade aluminum frame accelerates heat dissipation; ③ Dynamically balanced fan blade technology reduces windage. These three technologies work together to achieve more precise control of the hot bed temperature difference when printing high-temperature materials such as ABS and PC, increasing the build rate of complex models by 40%.

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