Fast zirconia Dental Sintering furnace

 

 

1. Touchscreen Control System
Faster and More Intuitive Operation

The furnace uses a 7-inch high-definition capacitive touchscreen with a built-in intelligent control system.

Core functions such as:

Program selection
Temperature setting
Heating curve adjustment
Sintering progress monitoring

can all be completed directly through the screen interface.

The system response time is ≤0.5 seconds, and real-time temperature curves and operating status are displayed clearly during the sintering process.

Easier Daily Operation

The interface uses a graphical layout with simple operation logic.

New operators can quickly learn basic operation procedures, while experienced technicians can directly adjust detailed parameters such as:

Heating rate
Holding time
Cooling curve

This reduces manual operation complexity during daily production.

2 high-precision K-type thermocouples
PID intelligent temperature control system

Temperature data is collected up to 10 times per second.

The control system automatically adjusts heating power between 10%–100% according to real-time temperature changes.

Temperature fluctuation inside the furnace remains within ±1°C during sintering.

More Stable Zirconia Sintering

Stable temperature control helps reduce:

Cracking
Deformation
Density inconsistency
Strength fluctuation

After sintering, zirconia restorations maintain stable translucency and mechanical strength.

Flexural strength fluctuation remains within ≤30 MPa and meets ISO 13356:2018 standards.

3. Compact Structural Design
Space-Saving Equipment Layout

The furnace adopts an integrated modular structure that combines:

Heating system
Control module
Cooling structure
Insulation layer

into a compact body design.

The furnace chamber uses high-efficiency ceramic fiber insulation material.

Compared with traditional 50 mm insulation structures, the wall thickness is reduced to about 30 mm while still maintaining good thermal insulation performance.

Compatible materials include:

3Y zirconia
4Y zirconia
5Y zirconia
High-translucency zirconia

The chamber uses high-temperature-resistant alumina ceramic lining material for long-term stable operation.

Multiple Preset Programs

The system includes 20 customizable sintering programs.

Different materials and restorations can use different heating curves and holding times.

Examples:

3Y zirconia crowns: around 1500°C
4Y translucent zirconia: around 1580°C
Long-span bridges: extended holding time around 30 minutes

Operators can directly select programs or modify parameters according to production requirements.

5. Enhanced Durability
Long Service Life Components

The furnace uses high-purity molybdenum disilicide heating elements capable of long-term operation at temperatures up to 1650°C.

Heating element lifespan:

≥5000 sintering cycles

This is significantly higher than many standard furnaces with around 3000 cycles.

Stable Structural Performance

The frame uses high-strength die-cast aluminum alloy with strong rigidity and stable operation during long-term use.

The control system uses industrial-grade components with good resistance to:

High temperature
Voltage fluctuation
Electrical interference

 

 

 

 

 

 

 

Customer Reviews:

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