CreatBot D1000 Pro HS

The CreatBot D1000 Pro HS is an industrial-grade, large-format 3D printer designed for high-speed production, large-part manufacturing, and complex engineering applications. With its enormous one-cubic-meter build volume, advanced thermal management, and high-flow extrusion system, it's built to handle large-scale production with speed and consistency. Engineered for continuous operation, it combines industrial reliability with the flexibility needed for prototyping, mold-making, and end-use production. Its support for high-performance materials makes it an ideal solution for professional environments where precision and productivity are equally important.

Key Features

• Huge 1050 × 1050 × 1050 mm build volume
• High-speed printing up to 300 mm/s
• High-flow extruder with flow rates up to 90 mm³/s
• Dual extruder system with temperatures up to 420 °C
• Heated chamber up to 80 °C for engineering materials
• Designed for stable 24/7 industrial operation

Industrial Large-Format Printing

The D1000 Pro HS is engineered for projects that exceed the capabilities of conventional desktop 3D printers. Its one-cubic-meter print volume enables large components to be printed in a single piece, reducing assembly needs and improving structural integrity. This makes it particularly valuable for industrial prototypes, molds, tooling, jigs, fixtures, and functional end-use parts, where size and robustness are essential.

High-Speed Production Performance

Built on an updated high-speed platform, the printer combines optimized motion control with a high-flow extrusion system capable of reaching flow rates up to 90 mm³/s. Stable print speeds of up to 300 mm/s enable significantly faster production than traditional large-format systems while maintaining reliable print quality. This makes it ideal for professional environments where reduced lead times are a priority.

Advanced Thermal Control for Engineering Materials

The D1000 Pro HS features nozzles with temperatures up to 420 °C and an actively heated chamber reaching 80 °C. These controlled thermal conditions enhance layer adhesion and help minimize warping when printing high-performance engineering materials. The system supports a wide range of materials, including PLA, ABS, ASA, PC, Nylon, carbon fiber-reinforced composites, and other high-performance filaments used in industrial manufacturing.

Reliable Dual Extrusion System

The printer is equipped with an intelligent dual extruder system featuring automatic nozzle lifting and nozzle shutter technology. This setup supports multi-material printing, soluble support materials, and complex geometries while helping to reduce material waste and cross-contamination. The dual extrusion system adds flexibility to manufacturing workflows and allows for cleaner, more precise results for advanced applications.

Engineered for Continuous Industrial Operation

Designed for professional production environments, the D1000 Pro HS ensures stable 24/7 operation. Its reinforced structure, industrial linear guides, precision calibration systems, and automatic leveling technologies contribute to consistent performance over long production cycles. The enclosed print chamber and integrated filament management further enhance reliability for extended print sessions.

Intelligent Features for Efficient Workflow

To support industrial efficiency, the printer includes advanced automation and monitoring features, such as AI-assisted calibration, HD camera monitoring, automatic build plate leveling, and remote connectivity options. These features help streamline setup, reduce manual adjustments, and improve repeatability when managing large-scale production tasks.

Flexible Applications Across Industries

From automotive and engineering industries to product development and manufacturing, the D1000 Pro HS accommodates a diverse range of professional applications. Its ability to combine large-scale printing, engineering material compatibility, and high-speed performance makes it a practical solution for businesses requiring reliable additive manufacturing on an industrial scale.