A: VDS supports drying all 3D printing filaments compatible with the Creator 5 series, including PLA, PETG, ABS, ASA, PA, PAHT, PC, PVA, PP, TPU, and various fiber-reinforced filaments. For best results, please set the drying temperature according to the filament manufacturer's recommendations. VDS efficiently dries filaments that require temperatures up to 85°C. Filaments requiring higher temperatures can also be dried, but longer drying times may be necessary.
A: For optimal print quality, we recommend drying the filament thoroughly before printing. While VDS supports simultaneous drying and printing, drying times vary by filament type. Please refer to the User Guide or the filament manufacturer's recommendations for specific drying guidelines.
A: Yes, but a single VDS can only communicate with one Creator 5 series printer at a time.
A: Currently, VDS only supports communication and coordinated operation with the Creator 5 series printers. Other printer models do not support communication with VDS. However, VDS can also be used as a standalone unit. Its drying and dehumidifying functions can be used locally without connecting to a printer, making it compatible with other printer models as well.
A: VDS operates at a noise level below 50 dB.
A: Leave at least 300mm of clearance above the unit, 100mm on the left side, and 50mm at the rear.
A: It features a wide-range power supply and supports 110-220V.
A: Yes. VDS comes standard with short guide tubes. If you need to keep the filament dry throughout the entire path, you can purchase long guide tubes separately. These should be used together with the dedicated tube clips for secure installation. For details, please refer to the Wiki.
A: The outlet behind the top cover is specifically designed for TPU and carbon fiber-type filaments. The lower outlet is better suited for rigid materials like PLA, PETG, and ABS.
A:
Must Dry
•Popping or crackling sounds during printing + bubbles on the surface
•TPU/Nylon-based filaments
•Filament stored for a long time without an airtight seal
⚠️ Recommended to Dry
•Surface appears slightly cloudy or stringing becomes more noticeable.
•PETG / ABS
✔ No Need to Dry
•Newly opened PLA stored in a dry environment with no printing issues.
| Target Users | Needs | Core Features | Usage Frequency |
|---|---|---|---|
| 3D Printing Enthusiasts/Makers | Prevent commonly used filaments (PLA, PETG) from absorbing moisture and improve print success rates. | Effectively dries moisture-affected filament, provides sealed storage, and is easy to use. | Low |
| Professional Users (Printing with Engineering Filaments) | Handle moisture-sensitive engineering filaments like nylon (PA) and carbon fiber/glass fiber composites that cannot be printed reliably without drying. | Supports drying temperatures up to 85°C to restore material performance and improve layer adhesion | High |
| Users Focused on High-Quality Surface Finish | Produce figurines, display models, and multi-color or complex parts with excellent surface quality. | Reduces stringing, surface whitening, and bubbles caused by moisture. | Medium |
| Users in High-Humidity Environments | Protect filaments during rainy seasons, in coastal areas, or in indoor environments with humidity consistently above 50%, where opened filament readily absorbs moisture. | Excellent sealing performance maintains low humidity inside the chamber for long-term moisture protection. | High |
| 3D Print Farms | Maintain consistent extrusion, reduce failure rates, and minimize rework costs. | Supports switching between multiple filament spools while allowing multiple spools to be dried and stored simultaneously, improving efficiency. | High |