Wood filament is a blended 3D printing filament made by mixing small wood particle into polylactic acid (PLA) plastic. It combines the benefits of PLA, a easy to 3D print bioplastic, with the aesthetic properties of real wood. The wood powder provides a realistic wood-like appearance and texture when 3D printed. Wood PLA filaments are ideal for applications where the look and feel of wood is desired, but regular PLA lacks the natural aesthetics. It can be used to 3D print decorative objects, furniture, architectural models, and more. The wood content also increases the filament's rigidity compared to standard PLA. Note that sometimes 3d printing with wood PLA tends to clog the nozzles! Especially high nozzle temperatures may carbonize wood particle.
Wood PLA 3D Printer filament is not really just wood. In most cases, PLA is used as base material and wood fibers are added to the plastic giving it the look and feel of real wood. The printing temperature usually has to be reduced compared to normal PLA.
AI LiDAR Takes Care of the First Layer
Still worry 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.
Hands-free Auto Leveling
Strain sensors in the heatbed generate an accurate leveling mesh for auto compensation. A G-sensor in the printhead measures the resonance frequencies of high-speed printing and shapes the input to mitigate it.
AI LiDAR Takes Care of the First Layer
Still worry 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.
Hands-free Auto Leveling
Strain sensors in the heatbed generate an accurate leveling mesh for auto compensation. A G-sensor in the printhead measures the resonance frequencies of high-speed printing and shapes the input to mitigate it.
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