SPECIFICATIONS
Brand Name: Ender
CE Certification: Yes
Origin: Mainland China
Bed Temp: 120
Slice Thickness: 0.1-0.35mm
Nozzle Diameter: 0.4mm
Diameter Temp: 300
Auto Leveling: YES
Maximum Print Size: 300*300*300mm
Color Print Speed: 600mm/s
Consumables Diameter: 1.75mm
Certification: CE
Printing Speed: 600mm/s
Language: English, Spanish, German, French, Russian, Portuguese, Italian, Turkis
Fliament: PLA, PETG, PET, TPU, PA, ABS, ASA, PC, PLA-CF, PA-CF, PET-CF
Slice Software: Creality Print; compatible with Cura, Simplify3D, PrusaSlicer
Power Supply: 100-240V ~, 50/60Hz
Precision: 100mm
File Format: STL, OBJ, AMF
Molding Technology: FDM
Interface Type: USB
Voltage: 110-220V
CREALITY 3D Model: K1MaX
Leveling Mode: Dual hands-free auto leveling
File Transfer: USB drive, Ethernet, WiFi
Display Screen: 4.3" color touch screen
AI Camera: YES
AI LiDAR: YES
Power Loss Recovery: YES
Filament Runout Sensor: Yes
Rated Power: 1000W
Features:
Product Description:
Product Photos:
12X Faster, Defy Limitations
K1 Max reaches 600mm/s in only 0.03s based on 20000mm/s² acceleration. It can be as productive as several 3D printers together.
K1 Max: 600mm/s Regular 3D Printer: 50mm/s
The 600mm/s speed is achieved at Creality Lab in the Surface Mode with 0.1mm layer height. * The typical speed is 300mm/s. The travel speed is 800mm/s.
K1 Max, with its stunning speed, will kindle people's zeal for 3D printing. A fast speed cuts printing time and raises efficiency. It uses less energy for the same output, thus more eco-friendly. Most importantly, it focuses on the pure joy of creation.
Nimble Setup for Speed
K1 Max combines the nimble Core XY with a 190g lightweight printhead for less motion inertia. Agile and swift.
Max. 32mm³/s Flow
New ceramic heater, encircling the entire hotend. It heats to 200℃ in the 40s and melts the filament instantly. Dual-gear direct extruder, delivering strong extrusion force. Hotend with a titanium alloy heatbreak and a hardened steel nozzle, working with flying colors in up to 300℃. Ceramic Heater Encircles the Hotend
Model Cooling by Dual Fans
A large fan on the printhead with air ducts cools the model directly. An 18W auxiliary fan in the build chamber enhances the cooling effect, too.
The model hardens before any stringing and warping could happen.
It allows support-free bridges and overhangs.
Creality Print 4.3with Speed Genes
The latest self-developed slicer Creality Print 4.3 includes rich presets, and streamlines the slicing process into 3 simple stages. Even better, it bolsters high-speed printing with variable line width, arc path, and so on.
Max Capacity, Efficient Use of Space
K1 Max boasts a 300x300x300mm large build volume, great for rapid prototyping or design verification.
It also offers a high build volume to printer size ratio of 25.5%.
K1 Max is the most size-efficient FDM 3D printer in its class.
Al-assisted Carefree Printing
AI LIDAR
AI Camera
Creality OS
Multi-printers Control
AI LiDAR Takes Care of the First Layer
Are you still worried about the first layer?
Just leave it all to the AI LiDAR of K1 Max. The 1 μm resolution LiDAR will scan the first layer on its own. It will pause printing and tell you immediately if something goes wrong.
AI Camera Keeps a Keen Watch
K1 Max uses an AI camera to watch over spaghetti failure, foreign objects, debris, etc. It will alert you when an error occurs. It also supports real-time monitoring and creates time-lapses for sharing.
Foreign Object Detection
Failure Detection
Real-time Monitoring
Smart System, Unbridled Performance
K1 Max adopts the smart Creality OS. It features a straightforward UI, and syncs data and commands with PC, phone, Cloud, and add-on modules. The snappy dual-core 1.2GHz CPU powers high-speed printing with ease. The 8G ROM stores up to 400 model files and enables quick writing and reading.
Intelligent Aid to Your Print Farm
Once K1 Max is connected via WiFi or RJ45 Ethernet port to the LAN or Internet, you can monitor and control the printing from a PC or phone with Creality Print software or Creality Cloud. Even better, when many K1 Max printers are online, they can be easily clustered or grouped for volume production.
Trustworthy Print Quality
Rigid Frame, Stable Quality
The frame of K1 Max is built with rigid die-cast aluminum alloy parts. It enables steady printing at high speed. And the print quality is excellent the whole time.
Delicate Texture without Z-banding
The upgraded Z-axis with more accurate positioning reduces Z-banding effectively. The texture has never been so subtle.
Smooth Surface by Solving Ringing
A G-sensor in the printhead measures the resonance frequencies of high-speed printing, and auto-tune the printer to mitigate it. No more ghosting or ringing on the print.
Better Feeding with Motion Advance
The motion advance function will deliver the optimal feeding flow. It reduces blobs and oozes effectively.
Dual Hands-free Auto Leveling
First, strain sensors in the heatbed generate an accurate leveling mesh for auto compensation. Second, AI LiDAR scans the bed tilt at million points for more precise leveling. Both ways are hands-free and do not require any attention.
Self-test with One Tap
Give a tap, and K1 Max will self-test the extruder, heatbed, camera, fan, leveling, G-sensor, etc. Any abnormality will prompt on the display. So, users can proceed confidently without hitch.
Flexible Build Plate
Sticky and heat-resistant, it works well with a wide range of filaments. The finely frosted surface makes the model bottom fine and smooth. Bendable for quick print removal.
Quick-heating Heatbed
The aluminum alloy heatbed spreads heat uniformly and quickly. It reaches 60℃ in only the 90s and keeps the same heating speed under 220V and 110V.
Effective Air Purifier
The built-in air filters will purify unhealthy compounds generated during printing, making printing much more pleasant.
Projeto de Sistema Multi-Filamento para Creality K1 Max (MFS-K1M) - Ebook + Arquivos 3D
Neste projeto você poderá construir seu próprio sistema de armazenamento de filamentos com capacidade de até 3 rolos de 1Kg cada na parte superior da sua impressora, facilitando o manuseio e troca dos filamentos, e mantendo os filamentos secos durante o uso sem a necessidade de utilizar nenhuma fonte adicional de energia, usando apenas o próprio calor gerado pela sua impressora durante o uso normal dela.
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