BSM-FC40, with its compact design, efficient heating, and precise temperature control, offers a perfect zirconia sintering solution for dental laboratories and dental practices.
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BSM-FC40, with its compact design, efficient heating, and precise temperature control, offers a perfect zirconia sintering solution for dental laboratories and dental practices.
Fast Sintering
High-purity silicon carbide heating elements with amaximum temperature increase rate of up to 50°C/min reduce the sintering time of Aconia cases (1-3 units) to 180 minutes, while maintaining excelent sintering results without cracking and discoloration.
Large Sintering Space
2 sintering trays (ф100 mm), allowing sintering of up to 80 single crowns at the same time in a single sintering program, increased work efficiency.
Unique 'Sandwich' Thermal Insulation Technology
The insulation design of BSM-FC 40 adopts unique 'Sandwich' thermal insulation technology, composed of three layers ensures heat preservation and improves energy efficiency.
Circular-shaped Heating Design
BSM-FC40 adopts a circular heating design with 4 heating elements arranged in a circle around the chamber to ensure a homogeneous temperature distribution for uniform sintering results.
Built-in/Customized Sintering Programs
4 built-in programs, exclusively designed for Aconia users,enable easy start of fast/standard sintering, cleaning, and calibration. 100 sintering program capacity for customized sintering of the zirconia materials on the market.
Sintering Tray Material Upgraded
The material of the sintering trays is upgraded with higher density and much more superior thermal shock resistance, reducing the problems of cracking during the rapid temperature increase and the replacement frequency, while saving your cost with a longer lifecycle.
Intelligent Two-Stage Cooling Function
BSM-FC40 carries an intelligent two-stage cooling function, which can precisely identify the real-time temperature and automatic lowering of the sintering platform when the temperature drops to 800'C and then when the temperature drops to 500°C, greatly shortening the cooling time and freeing operators from manual monitoring and possible heat burns.
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