Burnout furnace works well on a constant high temperature(the highest temperature:1000 ℃) and effectively proceeded the dental wax elimination.
The furnace has an outer hard coat that doesn’t heat at high temperatures and carries out the whole heating mechanism effectively.
Dental Burnout Furnace has a long shelf life and a high-quality heating mechanism makes it reliable and efficient.
Product shipping details: Overall size: 35x26x43 cm, Net weight: 12 kg.
Material: Chamber material is made of heating insulation polycrystalline mullite fiber that prevents the escape of heat through furnace walls.
Application:
Dental Burnout Furnace used for the breakage of dental casting core.
It also helps in dewaxing and ceramic heating at high temperatures during restoration buildup.
For both metal and lithium disilicate press ingot wax casting mold elemination.
Dental burnout furnace with control-panel of temperature.
Application: dewaxing for metal and lithium disilicate press ingot restoration buildup.
Parameter:
Q: Do professional dental lab technicians need to read the manual or undergo extensive training to understand how to operate and customize user-defined settings?
A: No, professional dental lab technicians can easily understand how to operate and customize user-defined settings without the need to read the manual or undergo extensive training. Once the furnace is set up in the laboratory, they will quickly grasp its functionality.
Q: What is the maximum range for the programmable heat increase rate?
A: The heat increase rate must be programmable up to 100°C/min minimum.
Q: How many user-defined programmes can the capability store?
A: The capability shall store at least 5 user-defined programmes.
Q: What is the minimum range for the time adjustability of the dwell stages?
A: The dwell stages must be time-adjustable from 1 to 50 minutes minimum.
Q: What is the maximum number of dwell temperatures that the furnace supports for user-defined programming?
A: The furnace supports up to 60 different dwell temperatures for user-defined programming, allowing for customization to meet specific needs in a dental lab.