- Stock: In Stock
- Product code: 00-00015001
3D Printer CreatBot D400 HS | Premium Package is a technical set for implementing additive manufacturing in the educational process. This solution is designed for deploying a modern STEM classroom where students learn production technologies and transform digital models into real objects. The kit fully complies with the criteria of the Ministry of Education and Science Order No. 818 regarding the provision of modern educational institutions.
What's included in the kit:
- 3D printer CreatBot D400 HS – 1 unit
- PLA CF plastic CreatBot – 1 unit
- PLA plastic CreatBot – 3 units*
*We offer 3 colors to choose from.
Brief description and capabilities of the kit
Production capacity of CreatBot D400 HS
A professional 3D printer with a working area of 400×400×400 mm, allowing for the implementation of large-scale STEM projects. Thanks to the Klipper control system, support for printing speeds up to 250 mm/s, and extruder heating up to 400 °C, the device ensures rapid prototyping of complex engineering assemblies necessary for studying mechatronics.
Composite filament PLA-CF
This is a modified material with the addition of carbon fiber, which significantly increases the tensile strength and impact resistance of finished products. The recommended nozzle temperature for printing with this plastic is 200–220 °C, and the use of a hardened steel nozzle is mandatory to avoid premature equipment wear. In the educational process, this material allows students to produce fully functional prototypes, industrial components, and equipment, bringing their projects closer to professional production standards. This enables the practical study of the physical and mechanical properties of reinforced composites, which are widely used in modern engineering and technology.
Basic PLA plastic for visualization
An eco-friendly material for learning that provides stable print quality at a nozzle temperature of 190–220 °C. Due to its low shrinkage coefficient, this plastic minimizes the risk of deformation during product manufacturing, making it an optimal choice for STEM projects, design, and creating educational models. The three spools in the set allow for experimenting with the colors of the parts, making the study of design and technology fundamentals more visual.
Ideas for lessons and STEM projects
- Robotics modeling. Printing chassis elements, manipulators, and sensor mounts, allowing students to assemble and test functional robotic systems.
- Biomechanics study. Creating functional models of joints and limbs to demonstrate movement principles, using the high rigidity of composite materials for structural reliability.
- Engineering analysis of parts. Comparative testing under load of products printed from PLA and reinforced PLA-CF to visualize the impact of material composition on the mechanical properties of objects.
- Device casing design. Developing protective shells for microcontrollers and control circuits, teaching students the basics of ergonomics and fitting parts in a complex product.
- Mechanism modeling. Printing models of gear transmissions, motion transmission mechanisms, and reducers, clearly explaining the laws of physics and the principles of machine operation.
Technical Specifications
| Parameter | Value |
| Printing Technology | FDM / FFF |
| Body Type | Closed |
| Extruder Type | Lightweight Smart Dual Extruders with auto nozzle lifting |
| Number of Nozzles | 2 |
| Filament Diameter | 1.75 mm |
| Standard Nozzle | 0.6 mm |
| Supported Nozzles | 0.3 / 0.4 / 0.6 / 0.8 / 1.0 mm |
| Min. Layer Height | 0.05 mm |
| Max. Nozzle Temperature | 420 °C |
| Hotend Heating Speed | Up to 400 °C in 2 minutes |
| Thermostat Accuracy | ±0.15 °C |
| Max. Platform Temperature | 120 °C |
| Max. Chamber Temperature | 70 °C |
| Max. Printing Speed | 300 mm/s |
| Max. Volumetric Productivity | 90 mm³/s |
| Working Surface | Aviation aluminum plates with magnetic removable coating |
| Max. Print Area | Single extrusion: 420 × 400 × 420 mm Dual extrusion: 365 × 400 × 420 mm |
| Automatic Platform Leveling | Yes |
| Table Calibration Sensor | Eddy Current |
| Table Leveling Accuracy | 0.001 mm |
| Full Table Calibration Time | 60 seconds |
| Guides | Reinforced industrial linear rail on the X-axis |
| XY Positioning Accuracy | 0.00375 mm |
| Z Positioning Accuracy | 0.00156 mm |
| Nozzle Offset Technology | XY axes: HD Camera Dual Nozzle Offset Z axis: Dual Photoelectric Sensor |
| Plastic Leakage Protection | Mechanical nozzle shutters |
| Material Monitoring/Control | Filament end sensors + Continuous Print Mode Backup Mode |
| Filament Drying Chamber | Built-in compartment with controlled heating up to 55 °C |
| Air Filtration System | Two-stage: HEPA + activated carbon |
| Print Monitoring Camera | Built-in HD camera with AI image recognition functions |
| Display | 7-inch full-color touchscreen |
| Control Firmware | Klipper |
| Software (Slicers) | CreatWare, OrcaSlicer, Cura, Slic3r |
| Supported File Formats | Input: STL, OBJ, AMF Print Code: GCODE |
| Compatible OS | Windows, macOS |
| Connection Interfaces | USB drive / Wi-Fi / LAN |
| Safety Features | Door opening sensor with lock |
| External Model Cooling | Yes |
| Device Dimensions | 785 × 700 × 985 mm |
| Device Weight | 110 kg |
| Packaging Dimensions | 830 × 760 × 1090 mm |
| Weight in Packaging | 140 kg |
Create a modern STEM space in your institution
Proper technical equipment is the foundation for the successful implementation of engineering disciplines. This kit can be considered as a starting element of your future STEM laboratory or as a ready-made set for completing educational tasks.
To choose other equipment or clarify specifications based on the needs of your institution, visit the STEM solutions page for educational institutions. Our specialists are ready to provide comprehensive consultations and help formulate a request that meets the current state standards for technology classrooms of the New Ukrainian School.
