3D Printer (Chamber Type)

1. It shall apply an active XY-axis vibration compensation algorithm and pressure advance function to maintain excellent print quality even under vibration caused by fast mechanical movements.
2. In addition to easily printable PLA and PETG at low temperatures, it shall also be capable of printing more demanding materials through premium components and precise thermal control.
3. It shall be equipped with micro LiDAR to provide micrometer-level precision, measure nozzle height, and calibrate flow rate.
4. By using two independent sets of sensors and algorithms, it shall measure the nozzle-to-bed distance and enable auto-leveling.
5. The chamber camera shall provide remote live streaming and support time-lapse mode.
6. With a chamber temperature sensor, the fan speed shall be automatically adjusted to properly regulate the chamber temperature.
7. Equipped with a filament sensor, it shall stop printing when filament runs out during the job.
8. It shall allow print control anytime, anywhere via the manufacturer's slicing software, and enable printing by transferring projects through SD card or local network.
9. Body Type: Chamber Type
10. Build Volume: 256×256×256mm or more
11. Printing Method: Fused Filament Fabrication (FFF)
12. Nozzle Diameter: 0.4mm (0.2, 0.6, 0.8mm supported)
13. Hot end Temperature: Max 300? or more
14. Supported Filaments: PLA, PETG, TPU, ABS, ASA, PVA, PET, PA, PC, Carbon/Glass Fiber Reinforced Polymers,etc.
15. Build Plate Temperature: Max. 110?/220V, 120?/110V
16. Toolhead Speed: Max 500mm/s or more
17. Toolhead Acceleration: Max 20m/s² or more
18. Display: 1280x720, 5-inch touchscreen or higher
19. Product Dimensions: 389×389×457mm³ or less
20. Power: 100~240V AC, 50/60Hz
21. Motion Controller: Dual-Core Cortex M4 or equivalent
22. Application Processor: Quad ARM A7 1.2GHz or equivalent
23. Main Unit: 1ea
24. Build Plate: 1ea
25. Sample Filament for Test Printing: 1ea
26. PLA Spool Filament (1Kg): 10ea
27. Power Cord: 1ea
28. Accessory Kit Box: 1ea