xTool OS1
Fully Automatic 3-in-1 Shaker Oven
Versatile Applications
Small Studios
Pop-Up Stores
Craft Fairs
Apparel Stores
One-Click Automated Print-to-Bake Workflow
Complete single-sheet automated print-to-bake in just 3 simple steps.
Easier Operation, Higher Efficiency
The extended baking path increases batch efficiency by enabling simultaneous multi-sheet processing.
Automated Powder Solutions
Compact Design, Minimal Space
User-Friendly Design
Smart Control Panel
Movable Design
Output Tray for Film Storage
Removable Observation Window
In the Box
Specifications
FAQ
The Shaker Oven Machine does not have an internal filtration system. To ensure optimal air quality and ventilation, we recommend using the xTool AP2 or a ducted fan. Please keep your workspace well-ventilated during operation.
You can set the temperature directly on the printer operation screen. For best results, we recommend a baking temperature of 130°C (266°F). A 5-minute preheating period is also suggested to achieve the best performance.
No, our Shaker Oven Machine features a custom film alignment design with specialized perforations, which are uniquely tailored to work with xTool films. This design ensures precision but means it cannot be adapted to other printers or film types.
We strongly recommend using xTool’s official materials for optimal performance and safety. Please note that using non-xTool materials may void your warranty coverage.
Important Note:
- *All product specifications and processing features displayed on this website are based on xTool's internal testing conducted under optimized conditions. Actual performance may vary depending on individual product differences, usage patterns, materials, environmental conditions, and other external factors.
- *Project photos and videos are for inspiration and to demonstrate creative potential; individual outcomes remain contingent upon user technique, material choice, and environmental factors.
- *Comparisons are based on publicly available information or internal testing under comparable conditions. Differences in testing methods, configurations, and environments may result in varying outcomes.
