Details

• 【Crazy 600mm/s Printing Speed】 : Combining a nimble Core XY with a 190g lightweight printhead, K1 max 3D printers ramps up to 600mm/s in only 0.03s with 20000mm/s2 acceleration. It is 12 times faster than a regular 3D printer. The speed is bolstered by the powerful dual-core CPU and the latest self-developed slicer Creality Print. It can be as productive as several 3D printers together.
• 【32mm³/s Flow & Dual Cooling】: A new ceramic heater encircling the hotend can melt various filaments instantly. The dual-gear direct drive extruder and titanium alloy heatbreak ensure 32mm³/s full-blast feeding flow in up to 300℃. The freshly printed model is cooled rapidly by two fans, one on the printhead with directional air ducts, and another in the build chamber. The model hardens before any stringing and warping could happen.
• 【AI-assisted Carefree Printing】: The 1μm resolution LiDAR will scan the first layer on its own. It will pause printing and tell you immediately if something goes wrong. And K1 Max uses an AI camera to watch over spaghetti failure, foreign objects, debris, etc. It will alter you when an error occurs. It also supports real-time monitoring and creates time-lapses for sharing.
• 【Trustworth Print Quality】: A G-sensor in the printhead measures and mitigates the resonance frequencies of high-speed printing. No more ghosting or ringing on the print. The accurate Z-axis positioning reduces Z-banding effectively. The aluminum alloy frame with unibody die-cast parts ensures steady printing at high speed, and the print quality is excellent the whole time.
• 【Minimal Operations Required】: K1 Max printer is assembled and calibrated before shipment, and it offers a boot-up quick guide, and allows self-test with one tap. So, users can print right out of the box. The strain sensors in the heatbed deliver hands-free leveling, while the AI LiDAR scans the bed tilt at million points for more precise leveling. Its heatbed heats to 60℃ in just 90s. Also, a flexible build plate is adopted for quick print removal.