Zirconium synthesis furnaces - choose the best model for your prosthetic laboratory
Zirconium is a material with excellent aesthetic and mechanical properties, which is increasingly used in dental prosthetics. To obtain the maximum benefit from the use of zirconium, it is necessary to use an appropriate synthesizing furnace.
How does a zirconium sintering furnace work?
Zirconium sintering furnaces use a sintering process at high temperature (approx. 1550°C). During the sintering process, zirconium oxide particles combine with each other, creating a compact and durable structure.
What types of zirconium sintering furnaces are there?
Zirconium sintering furnaces can be divided into two main types:
- Conventional furnaces - use traditional heat sources, such as electric heaters or gas burners. Conventional ovens are less efficient than microwave ovens, but they are cheaper.
- Microwave ovens -- use radio waves to heat material. Microwave ovens are more efficient than conventional ovens and ensure a more even temperature distribution throughout the prosthetic work.
How to choose a zirconium sintering furnace?
When selecting a zirconium sintering furnace, the following factors should be considered:
- Type of material - zirconium sintering furnaces are designed to work with various types of zirconium oxide. You should choose a furnace that is suitable for the type of material from which prosthetic works will be made.
- Power - the power of the furnace determines how quickly it can reach the required temperature. Furnaces with higher power are more efficient and allow you to perform prosthetic work faster.
- Chamber size - the size of the furnace chamber determines how large prosthetic works can be sintered in it.
- Additional functions** - some zirconium sintering furnaces have additional functions, such as real-time temperature control or automatic cooling function.
Zirconium sintering furnaces in our offer
Our offer includes a wide selection of zirconium sintering furnaces, including both conventional and microwave furnaces. We offer furnaces from various manufacturers, at various prices and with various technical parameters.
Contact us for more information
If you need help choosing a zirconium sintering furnace, please contact us. Our experts will help you choose the model that best suits your needs.
Programat S2 Zirconium Sintering Furnace Promotion
The Programat S2 is a compact furnace designed for sintering copings, frameworks and full-contour restorations made of IPS e.max ZirCAD or other zirconium oxide materials at temperatures up to 1600°C.
Programat S2 is integrated into the Ivoclar workflow, ensuring optimally coordinated processing steps and consistently high-quality results.
Advantages:
uniform heat distribution on objects allows for optimal sintering results at temperatures up to 1600 °C;
With a choice of three heating stages and two cooling stages, the sintering program offers a range of options for zirconia materials;
optimized cooling shelf provides more space and better cooling;
new, membrane-sealed keyboard with proven color touchscreen display;
OSD display extended with the “cooling down” operating status;
performance and reliability thanks to software optimization;
2-year warranty.
Packaging:
- 1 pc.
Aidite sintering beads diameter 1.0mm (very fine) 500g
High-quality beads for the sintering tray for zirconium works.
- Very fine, diameter 1.0mm.
Packaging:
- 500g
Ugin Tray with lid for e.on sinter+/ base/fast
Cuvette with lid for sintering zirconium.
Technical data:
- diameter 10 cm;
- height 3.5 cm;
- lid height 0.5 cm.
Packaging:
- 1pc.
MICRO WAVES zirconium sintering furnace
NEW - Microwaves in zirconium oxide sintering.
Main advantages over conventional sintering furnaces:
- total sintering time is approximately 4 hours;
- sintering time up to 1550 ºC: 110 min.
- cooling to 300 ºC: 130 min.
Unlike conventional sintering equipment—in which heat is transferred from the outside of the structure to the inside—a microwave furnace generates heat at all points within the structure, achieving a more uniform temperature. The resulting structure is cleaner, more durable, and more precise because there are no drafts during heating.
Zirconium is an excellent heat-resistant material. In a traditional furnace, heating must occur gradually, maintaining a uniform temperature distribution. This leads to the long duration of sintering programs.
By using a microwave appliance, you will save on maintenance thanks to lower power, fewer components and a smaller size.
Advantages:
- does not contain delicate and expensive molybdenum silicate heating elements;
- very low consumption: approximately 800/1100 W during the entire cycle;
- the ability to carry out several production cycles on the same day;
- production capacity increases significantly;
- extremely easy to use;
- much smaller than standard stoves;
- it practically does not give off heat, which is appreciated in summer in closed rooms;
- The stove is delivered with all the necessary accessories for immediate start-up.
Technical Data:
- dimensions: 385 (width) x 440 (depth) x 547 (height) mm.
- weight: 31 kg.
- power supply: AC 230 V, 50 Hz.
- fuse: 15 A
- power: 2000 W
- maximum temperature: 1550ºC.
Packaging:
- 1 pc.
Set of susceptors + plates for the Mestra MICROWAVE sintering furnace
A set of refractory susceptors (materials that absorb microwaves and convert them into heat) that line the interior of the MICROWAVE sintering furnace.
Packaging:
- set of 7 tiles
Mestra 80g Microwave Sintering Pearls
2mm diameter beads for sintering zirconium restorations.
Characteristics:
- filling the cuvette to stabilize the elements during sintering;
- even heat distribution around the sintered elements;
- prevent thin-walled crowns, bridges, etc. from shifting or bending.
- minimizing contact with the litter box surface - reduces the risk of discoloration.
Packaging:
- 80g
DD phoeniX sintering oven cleaning powder 200g
DDphoeniX is a powder to help clean soiled sintering ovens. Regular use minimizes the problem of discoloration, thus extending the life of the heaters.
- Sintering - cleaning program - as recommended by the furnace manufacturer.
- Thorough cleaning (in case of problems with the color of works) 30--50 gr X 2 cleaning cycles.
- Regular cleaning (every 2 weeks) approx. 30gr x 1 cleaning cycle.
Precautions:
- When using the powder, use protective gloves and a mask to protect the eyes and mouth.
- Do not eat or drink while using the powder.
- Avoid breathing dust.
- Apply to the sinter tray at a distance and at moderate speed to avoid increased dusting.
Storage:
- Keep tightly closed in the original packaging.
- Store in a cool, dry place.
Packaging:
- 1pc/200g
Ferro Ring PTCR HTH for temperature control of the sintering process 15 pieces
PTCR-HTH 1450 – 1750 °C
Firing temperature control rings are highly accurate ceramic elements that indicate the actual amount of heat absorbed during the firing process. The sintering process causes the ring to shrink.
The shrinking process continues as long as the maximum temperature is maintained in the oven.
The degree of shrinkage – the amount by which the ring diameter has decreased – is measured using a numerical or digital micrometer.
It is recommended to place the rings in multiple locations and at different levels of the kiln as this provides the greatest control over the temperature distribution inside the kiln.
The degree of ring shrinkage corresponds to the amount of heat absorbed at the point in the furnace where the ring was placed. The diameter can be easily measured using a micrometer.
The letter “T” impressed on the ring should be positioned exactly in the notch (measuring notch) of the micrometer.
Both numerical and digital micrometers have an ergonomically designed solid base with a retaining ring clamp that ensures the ring is always properly positioned in the micrometer.
This design simplifies the measurement process and improves repeatability and therefore the reliability of measurements.
Packaging:
- 15pcs.
Up3D F20 Sintering Furnace New Version
UP3D F20 The new improved version is a specialized furnace for sintering zirconia materials, characterized by a unique triangular heating chamber and 4 heating elements, which allows for efficient, uniform sintering and high quality of end products.
Characteristics:
- double sintering container;
- two-tier sintering tray;
- monitoring ambient temperature, voltage and current;
- The triangular design of the heating chamber ensures uniform and efficient sintering.
- 4 heating elements (made in Japan): Silicon carbide (SiC).
- intelligent segmented cooling:;
- large capacity and fast sintering;
- real-time monitoring display;
- intelligent fault diagnosis;
Technical Data:
- rated voltage: 220 V ±10%;
- rated frequency: 50 Hz;
- rated power: 2500 W;
- maximum operating temperature: 1550°C;
- protection level: IP21;
- net weight: 44 kg;
- dimensions (cm): 42 x 46.5 x 60.
Packaging:
- 1 pc.
Sintering cuvette for the Mestra MICROWAVE furnace
Sintering cuvette for the Mestra MICROWAVE furnace.
Ceramic vessel resistant to high temperatures, designed specifically for the Mestra 080114 model.
Advantages:
- protects the furnace chamber and susceptors from contamination;
- the ceramic structure conducts heat evenly, which affects the quality of the sinter;
- makes it easier to insert and remove individual elements
Size:
- outer diameter 90mm;
- inner diameter 85mm;
- external height 10mm;
- internal height 8.6mm.
Packaging:
- 1 pc.
Ugin Heater for sintering furnace e.ON sinter fast +
Heater for the e.ON sinter fast + zirconium sintering furnace.
Packaging:
- 1pc.
Aidite - Sinetring Box
A cuvette with a cover for sintering zirconium crowns and bridges, round, diameter 100 mm.
Packaging:
- 1 piece
UGIN e.ON sinter base sintering furnace
The e.ON zirconium sintering furnace is a compact, high-performance furnace. Equipped with 4 heating rods, it is a high-performance stove. Includes automatic door locking to avoid muff damage due to thermal shock. Technical Specifications:
- 7" high resolution color touch screen
- Maximum temperature 1600°C
- Maximum heating rate up to 40°C/minute
- 4 heating elements (rods) in MoSi2 (molybdenum disilicide)
- 1 sintering tray with lid and zircon pearls (capacity up to 20 pieces)
- 40 free programs with 40 possible steps for each program
- Visualization of graphic cycles
- 4 display languages: French, English, Italian, Spanish
- Muff size: 110mm x 110mm x 110mm
- External dimensions (height, width, depth): 540mm x 400mm x 450mm
- Weight: 58 kg
- Maximum power consumption: 1830 kW
- Supply voltage: 230V (50/60 Hz)
Ugin E.ON Sinter Base/Sinter+/Fast+ thermocouple
Thermocouple for E.ON Sinter Base/Sinter+/Fast+ zirconium sintering furnace
Packaging:
- 1pc
Ugin Zirconium sintering furnace e.ON sinter fast +
The e.ON sinter fast + zirconia sintering furnace from Ugin Dentaire presents state-of-the-art equipment and exceptional results, sintering in just one hour.
Technical specifications:
- 7-inch (155 mm x 87 mm) high-resolution colour touchscreen;
- maximum temperature 1730°C;
- operating temperature below 1650°C;
- temperature accuracy ± 1°C;
- cycle time: from one to several hours depending on the zirconium;
- maximum heating rate up to 65°C/minute;
- 4 heating elements (rods) in MoSi2 (molybdenum disilicide);
- dual component thermocouple Platinum/Rhodium;
- two dedicated sintering containers with a lid and a set of beads, the capacity of the container is max. 40 points for conventional long-time sintering, the recommended capacity for short-time sintering is max. 20 points;
- 40 programs with 40 possible steps for each program;
- visualization of graphic cycles;
- 4 display languages: French, English, Italian, Spanish;
- sleeve size (height, diameter): 120mm x 110mm;
- external dimensions (height, width, depth): 830mm x 420mm x 600mm;
- weight: 74 kg;
- maximum power consumption: 3 kW;
- supply voltage: 230V (50/60 Hz).
Packaging:
- 1pc
Ugin Heater for e.ON sinter base sintering furnace
Heater for the e.ON sinter base furnace for zirconium sintering.
Packaging:
- 1pc.
1.5mm pearls for sintering in the MICROWAVE Mestra furnace 100g
1mm diameter beads for sintering zirconium restorations.
Characteristics:
- filling the cuvette to stabilize the elements during sintering;
- even heat distribution around the sintered elements;
- prevent thin-walled crowns, bridges, etc. from shifting or bending.
- minimizing contact with the litter box surface - reduces the risk of discoloration.
Packaging:
- 100g


















