Economical Fast dental Sintering Furnace

 

 

 

The Economical Fast dental Sintering Furnace features fast heating, reaching 100°C in just one minute, eliminating the need for a 2-hour preheating process. The furnace has a maximum sintering temperature of 1650°C and includes a pre-drying function and an active cooling system for improved performance. The sintering chamber is spacious (100x200mm) and comes with a 3-layer tray for efficient use of space. The furnace features a user-friendly touchscreen interface for easy operation and quick customization of firing parameters. It is capable of heating at a rate of 100°C/min and is widely used in dental laboratories.

 

 

 

1. 100°C/min Rapid Heating + Multi-layer Sintering: High Output, Lower Unit Cost

Equipped with a high-performance heating system and intelligent temperature control algorithm, the ZOTION F2 achieves a maximum heating rate of 100°C/min and supports both rapid and slow sintering modes. The 100×200 mm large chamber combined with a three-layer sintering tray allows multi-unit restorations to be fired simultaneously on separate levels, significantly increasing per-batch capacity. The rapid mode matches zirconia fast-sintering curves precisely, while the slow mode optimizes the entire heating–holding–cooling process for complex restorations.

Advantages:
① Fast delivery at lower cost: In rapid mode, single crowns can be sintered in ≤1 hour, enabling true chairside "same-day dentistry." This eliminates the need for secondary appointments, boosts patient satisfaction (by over 90%), and reduces chairside scheduling and labor costs.
② Batch sintering boosts efficiency: The three-layer tray doubles per-batch capacity compared with single-layer designs. With 8–10 batches per day, equipment utilization increases significantly, reducing per-unit energy and time costs by up to 40%.
③ Flexible modes prevent material waste: Slow mode protects complex frameworks from thermal shock or cracking (yield rate +60%), while rapid mode accelerates simple cases-avoiding "one-curve-fits-all" waste and balancing speed with quality.

2. ±1°C Precision Temperature Control: Stable Quality, Fewer Costly Reworks

The high-precision PID control system and professional temperature sensors continuously monitor chamber temperature and adjust heating output to maintain ±1°C accuracy. A four-sided heating layout and high-density insulation ensure uniform temperature distribution, keeping chamber temperature deviation within 3–5°C. The 1650°C maximum temperature supports all high-firing zirconia materials.

Advantages:
① Reliable strength-less material loss: Sintered zirconia reaches >99.8% density and ≥1200 MPa flexural strength, reducing scrap rates to below 5% and minimizing losses of costly zirconia blocks.
② Consistent esthetics-less rework time: Uniform temperature ensures even color and stable translucency (45–55%), improving first-try clinical fit rates by 80% and reducing re-sintering or shading corrections.
③ Batch stability-lower production control cost: Performance deviation stays within ≤5% in batch firing, eliminating the need for additional manual quality sorting or calibration.

3. Easy Operation + Power-off Memory: Lower Labor Cost, Prevent Downtime Loss

The 7-inch HD touchscreen with guided UI provides intuitive operation. More than 40 preset programs cover zirconia crowns/bridges, glass-ceramic veneers, glazing and more-no need to configure complex parameters manually. The built-in power-off memory module saves real-time progress and temperature data during unexpected outages and resumes automatically when power returns.

Advantages:
① Lower staffing cost: Staff can operate independently after only 30 minutes of training-no need to hire a dedicated technician, saving RMB 100,000–150,000 in annual labor cost per device.
② Fewer errors, lower material waste: Visualized parameters and safety features such as door-open power cut-off and over-temperature alarms reduce risks of equipment damage and material failure.
③ No downtime, no repeated firing: The memory function prevents scrap or process interruption caused by sudden power loss, saving 2–4 hours of rework time per batch and ensuring continuous production.

4. Compact Body + Standard 220V Power: Low Setup Cost, Energy-Efficient Operation

The lightweight alloy body and compact structure keep the machine at 420×320×600 mm and 38 kg, offering both stability and portability. Operating on standard 220V power (2500W), the unit requires no industrial electrical upgrades. Optimized cooling ensures low noise suitable for clinic environments.

Advantages:
① Save space cost: Compact size fits on a chairside workstation without reserving a dedicated equipment room-ideal for clinics with limited space.
② Save installation cost: Works directly with standard 220V-no special wiring or industrial power setup needed. Ready to use out of the box.
③ Save energy cost: Low-power 2500W design consumes only 2–3 kWh per batch. Annual energy cost is ~30% lower than larger units, and quiet operation maintains a comfortable clinical environment.

 

 

 

 

 

 

 

 

 

 

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