3- Placing inside the furnace
This article will discuss the details of the baking process and rational baking techniques and focus on teaching how to guide the reader on how they should approach baking processes.
- Dental Resins
- Jewelry Resins
- FAQs
-
Profile Settings for 3D Printers
Anycubic 3D Printers Settings Phrozen 3D Printers Settings Elegoo 3D Printers Settings Flashforge 3D Printers Settings Wanhao 3D Printers Settings Epax 3D Printers Settings Longer 3D Printers Settings Creality 3D Printers Settings Nova3D Printers Settings Peoply 3D Printers Settings Zortrax 3D Printers Settings
- Digital Jewelry Production
- Digital Dental Production
- Blog
During the heating process, proper ventilation is of utmost importance as oxygen exposure enhances the combustion reaction of the model more efficiently. However, it can lead to a decrease in the temperature inside the furnace.
If you are utilizing active ventilation, increase exhaust to enhance the airflow as much as possible.
The combustion process will be less effective per chamber if the furnace is fully loaded. Utilize an oxygen generator or the airline leading into the furnace to augment low-flow air circulation.
Attached is a graph illustrating the furnace temperature.
The represented 600 degrees in the final section is symbolic. It can vary based on the type of metal to be cast and the specific model. The temperature requirements can differ with different metals and will be discussed alongside each respective metal in the next casting article.
Furthermore, various model types should be cast at different temperatures. Filigree models require higher temperatures, while thicker products necessitate lower temperatures.