FDM method 3D printer "CreatBot" series

The large FFF 3D printer "D600 Pro 3HS" from CreatBot has just been released! It directly addresses the unique challenges of large-scale printing, such as long printing times, thermal management, and material shrinkage, refining features to prevent failures and achieve stable printing. ★ Large printing area Maximum print area of 620×620×620mm ★ Automated leveling of the table Four independent Z-axis motors work together to automatically optimize the level. ★ Real-time trajectory correction with auto-leveling Accurately digitizes the fine height differences on the surface and automatically corrects the height during printing based on the results, eliminating the effects of distortion. ★ High-temperature chamber heater up to 80℃ and high-temperature build plate up to 120℃ Uniformly controls material shrinkage and eliminates causes of warping.

The large-format FFF 3D printer "CreatBot D100 Pro HS" has been released! It is designed to maintain stable quality even during long hours of operation. = Key Points for Reliable Printing = ★ Z-axis control with four independent motors By driving individually, it optimizes the level of the build plate and eliminates distortion. ★ Automatic gap adjustment Calibration is fully automated to maintain the appropriate gap between the nozzle and the head. ★ Auto leveling The eddy current leveling system measures the bed surface at multiple points and makes corrections during printing. ★ Chamber heater Equipped with a heater that can heat the internal temperature up to 80 degrees, preventing heat loss and reducing warping. For more details, please feel free to contact us!

The pellet-type 3D printer "P800" from CreatBot has been newly released! It addresses the operational and work-related challenges unique to large machines, achieving ease of use and handling. With an easy-to-introduce price, anyone can easily start pellet-based modeling. Three key points for easy large-scale modeling: 1) Easy model removal A PEI sheet is placed on the table. After printing, you can simply release the vacuum state to remove the sheet from the table. The sheet can be easily peeled off from the model, so no tools like scrapers are needed. 2) Reduced maintenance effort The printing table is fixed, and the print head moves. The table maintains its precision with just one leveling adjustment, significantly reducing the need for re-adjustments. 3) Temperature management for stable modeling The chamber area can be heated up to 70°C, and the build table can reach 120°C, minimizing temperature fluctuations during printing. This structure prevents warping and cracking that can occur with materials like ABS, ensuring stable large-scale modeling. Additionally, the nozzle temperature can be heated up to 400°C, allowing for the printing of resin with fillers.

This 3D printer can create a wide range of materials, from general-purpose resins commonly used in 3D printing, such as PLA and ABS, to super engineering plastics like PEEK and PEI. To print with super engineering plastics, meticulous temperature management is required, and the PEEK-250 is designed with a focus on the structure of the nozzle, heat bed, and chamber heater to create an optimal environment for printing. ◆Features◆ - Three-layer structure of the housing The internal insulation material uses ceramic fibers that excel in heat resistance and fire resistance, effectively retaining heat inside the chamber. - Heat radiation prevention in the printing area By adopting a mirror-finished stainless steel inner wall, heat radiation is prevented, maintaining a stable high-temperature environment while allowing the chamber to heat up to 200°C. - High-temperature nozzle compatible with up to 480°C By using highly conductive copper, it can heat up to a maximum of 480°C. - Warping suppression build table Made of aerospace-grade high-quality aluminum, it can heat up to 200°C. By reducing the temperature difference between the extruded resin and the build table, it prevents rapid temperature drops in the material and suppresses warping.