Precision Dental Press Kiln OP6010A Vacuum Control 1-101% 1200°C Max Temp
Precision Dental Press Kiln OP6010A Vacuum Control 1-101% 1200°C Max Temp
Basic Properties
Country Of Origin
China
Brand Name
LeoTech
Certificate
CE
PRODUCT MODEL
OP6010A Dental Press Furnace
Trading Properties
MOQ
1
Payment Method
T/T
Product Summary
The Phoenix - 9C sintering furnace represents a leap forward in sintering technology. Its advanced design and cutting - edge components set it apart from the competition.
Product Details
Highlight:
Vacuum Control Dental Press Kiln
,OP6010A Dental Press Kiln
,1200°C Dental Press Kiln
Keywords:
Dental Pressing Solution
Vacuum Control:
Stepless Adjustment
Temperature Accuracy:
±2°C
Max Temperature:
1200°C
Material:
Refractory Alloy Chamber
Certification:
CE/FDA/ISO13485
Product Description
Precision Dental Press Kiln OP6010A Vacuum Control 1-101% 1200°C Max Temp
The Phoenix - 9C sintering furnace represents a leap forward in sintering technology. Its advanced design and cutting - edge components set it apart from the competition.
Technological Marvels
- Innovative Heating Technology: Departing from the traditional series - connection of silicon - carbide rods, it employs voltage - regulation technology. This ensures uniform heat distribution, reducing local overheating and extending the lifespan of the heating elements by over 30%.
- Precision Temperature Control: With a heating rate of 200 °C/minute, it can reach 1530 °C rapidly. The temperature control system maintains an accuracy of ±2 °C, guaranteeing consistent results.
- Sturdy Construction: The furnace core, with a 6.5cm diameter, is made of high - quality refractory materials. This construction can withstand high temperatures and repeated use, ensuring long - term reliability.
Product Attributes
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Attribute
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Details
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Maximum Temperature
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1530 °C
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Heating Element Life
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Significantly extended by technology
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Temperature Uniformity
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±2 °C within the furnace
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Applications and Usage
It is widely used in industries such as electronics for sintering high - precision ceramic components. In research labs, it aids in material development, allowing researchers to precisely control the sintering process for new material formulations.


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