CreatBot D600 Pro 2 - FDM 3D printer

The D600 Pro 2 3D printer from CreatBot represents a significant advancement in professional 3D printing technology, emerging after six years of extensive research and refinement. This upgraded model of the D600 Pro is meticulously engineered to address user needs and feedback, resulting in a highly stable and efficient large-format FDM 3D printer.

Video 1: The D600 Pro 2 3D printer. Source: CreatBot.

The D600 Pro 2 features dual extrusion capabilities, an expansive print volume, enhanced speed, and robust material compatibility, along with simplified operating procedures and reliable 24/7 performance. With its high-resolution printing, a removable magnetic build platform, and fully enclosed design, this printer is particularly well-suited for demanding materials.

Image 1: Parts 3D printed with the D600 Pro 2 printer. Source: CreatBot.

The D600 Pro printer has met the rigorous requirements of professional users globally, particularly those operating within a 600 mm³ print size. Key features include a maximum extrusion temperature of 420 ºC, a heated bed reaching 100 ºC, and a chamber temperature of 70 ºC, underscoring its capability for high-precision and durable production.

The extrusion system

The CreatBot D600 Pro 2 3D printer boasts an advanced extrusion system featuring the new smart auto-rising direct drive dual extruders. This system allows the nozzles to operate at temperatures up to 420 ºC, which enables printing with a wide range of 3D printing materials, including PLA, ABS, carbon fiber reinforced materials, PA, Ultra-PA, UltraPA-CF, PET-CF, PC, ASA, or PETG.

Image 2: The printer's auto-raising dual extrusion system. Source: CreatBot.

Thanks to the printer's high-precision Servo motors and high quality linear slides on the XY axis, the D600 Pro 2 is capable of delivering reliable and repeatable results even at printing speeds up to 150 mm/s. Furthermore, the proprietary Magic Box technology helps achieve perfect Z-direction texture on the 3D printed parts.

Image 3: The Magic Box technology ensures perfect Z-direction texture. Source: CreatBot.

What's more, a photoelectric switch detects the position of the print head with respect to the bed at the minimum and maximum boundaries of the X and Y axes using light-based sensors. This ensures accurate calibration, prevents movement beyond defined limits, and contributes to safe and precise operation.

The build chamber

The D600 Pro 2 3D printer is equipped with a fully enclosed build chamber that can be heated up to 70 ºC. This feature ensures a consistent temperature, significantly reducing the risk of cracks and warping, which are common issues when printing with ABS and other engineering materials. Furthermore, the printer's chassis accomodates a dedicated filament compartment for storing spools during printing, a feature crucial for working with humidity-sensitive 3D printing materials. The temperature within this compartment can go up to 70 ºC.

Image 4: The magnetic PEI sheet helps remove parts efficiently. Source: CreatBot.

The HEPA and carbon air filter system effectively adsorbs impurities and gases produced during the printing process, enhancing safety and environmental protection, making the printer suitable for use in homes, schools, and offices. The heated bed of the D600 Pro 2 printer can reach temperatures up to 100 ºC, which is crucial for printing materials such as ABS, ASA or PC. On top of the bed made of aviation aluminum is a removable magnetic PEI platform with PEI coating for optimal adhesion and easy part removal, designed to perform without demagnetization despite long high temperature exposure.

Connectivity and smart features

The D600 Pro 2 printer is equipped with advanced connectivity and smart features designed for enhanced efficiency and ease of use. It features a 7'' full-color touch screen with multi-language support, providing intuitive control and navigation. The printer supports USB connectivity and USB disk and WiFi for versatile print methods.

Image 5: The printer features a 7-inch color touchscreen for an improved user experience. Source: CreatBot.

Compatible laminating software includes CreatWare, Simplify3D, Cura, and Slic3r, and it can handle print file types such as STL, OBJ, AMF, and Gcode. The power loss recovery allows the D600 Pro 2 printer to resume from the last recorded point after a power interruption, minimizing waste. Filament runout detection with automatic pause helps prevent print failures by pausing the print job when filament is low or exhausted.

Image 6: The integrated camera allows for remote supervision and control, a feature ideal for printer farms. Source: CreatBot.

Automatic bed leveling ensures consistent first-layer adhesion by adjusting the bed's height based on sensor feedback. Automatic shutdown conserves energy by turning off the printer after printing is complete. The integrated camera enables remote monitoring of print progress, while the emergency stop switch provides a quick way to halt the printer in case of malfunction. These features collectively ensure a more efficient, reliable, and user-friendly printing workflow with the D600 Pro 2 printer.

Advanced additive manufacturing

The CreatBot D600 Pro 2 3D printer is designed to excel with standard as well as engineering 3D printing materials, including hygroscopic, warping-prone and composite materials, all that thanks to its advanced thermal parameters and fully enclosed structure. The printer's sturdy design, advanced hardware and quality electronics ensure precision and repeatability even at high printing speeds, in large parts and across batches.

Image 7: A custom car exhaust part 3D printed for a racing car on the D600 Pro 2 printer. Source: CreatBot.

Its large build volume, high-resolution printing, high printing speed and dual extrusion capabilities make it ideal for producing high-quality, complex parts across various industries, including aerospace, automotive, and industrial applications. The printer's intelligent functions make it safe and reliable for 24/7 operation, facilitating the creation of intricate prototypes, durable functional parts, and specialized components, meeting the rigorous demands of professional additive manufacturing.