Programat S2 Zirconium Sintering Furnace

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.

• Ivoclar catalog number 742032

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.

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 furnace cleaning powder 200g

DD phoeniX is a powder that helps clean dirty sintering furnaces.

Regular use ensures that the problem of discoloration is minimized, thus extending the life of the heaters.

Use:

• sintering – cleaning program – in accordance with the furnace manufacturer’s recommendations;
• thorough cleaning (in case of problems with the color of the work) 30--50 gr X 2 cleaning cycles;
• regular cleaning (every 2 weeks) approx. 30gr x 1 cleaning cycle.

Precautions:

• when using the powder, wear protective gloves and a mask to protect your eyes and mouth;
• do not eat or drink while using the powder;
• avoid inhaling dust;
• apply to the sintering tray from a distance and at a moderate speed to avoid increased dusting.

Storage:

• store tightly closed in original packaging;
• store in a cool, dry place.

Packaging:

• 1 pc./200g

Vibrantz HTH ring for sintering process temperature control 15pcs

PTCR-HTH 1450 – 1750 °C

Temperature control rings for the firing process are highly accurate ceramic elements indicating the actual amount of heat absorbed during the firing process. The sintering process causes the ring to shrink.

• The shrinkage process continues as long as the maximum temperature is maintained in the furnace.

• 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 rings in multiple locations and at different levels of the furnace, as this ensures the greatest control over temperature distribution inside the furnace.

• 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” stamped on the ring should be placed exactly in the notch (measurement groove) of the micrometer.

• Both numerical and digital micrometers have an ergonomically designed solid base with a clamping fixture for placing the ring, which ensures that the ring is always correctly positioned in the micrometer.

• This design simplifies the measurement process and improves repeatability, and thus the reliability of the measurements.

Packaging:

• 15 pcs.

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 3 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.
• 3 heating elements (made in Japan / Donghai) 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.

Manufacturer's recommendations:

• To maximize the service life of heating elements when using Donghai silicon-carbon heaters (Japanese manufacturer), it is recommended to adhere to the appropriate heating rate during the sintering process.
• Up to a temperature of 900°C the heating rate should not exceed 30°C/min, while above 900°C it is recommended to limit the heating rate to a maximum of 10°C/min.

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.

Mestra MICROWAVES II zirconium sintering furnace

A modern microwave sintering furnace for zirconium. MICROWAVES II version.

An oven using the latest technological advances in microwave heating.

This solution offers key advantages over conventional sintering furnaces:

• total sintering time: approx. 4 hours;
• heating time to 1550 ºC: 110 min;
• cooling to 300 ºC: 130 min.

Unlike conventional devices—in which heat penetrates from the outside into the structure—in a microwave oven, heat is generated simultaneously at all points within the material. This results in a much more even temperature distribution. The resulting sintered structure is cleaner, more durable, and more precise because there are no thermal "drafts" during heating.

Zirconia is a material with very high thermal resistance. In a traditional furnace, heating must occur very slowly, with numerous stabilization stages, to ensure the heat reaches the interior of the prosthesis. This causes long sintering cycles.

Key benefits:

• efficiency: the fastest program takes about 4 hours (110 min of heating + 130 min of cooling), which shortens the time compared to conventional ovens;
• economy and maintenance: lower power, fewer components and compact size translate into low maintenance costs, the furnace does not require delicate and expensive molybdenum disilicide heating elements;
• very low energy consumption: power consumption is only 800-1100 W during a full cycle;
• greater productivity: the ability to carry out several production cycles in one day, which significantly increases the efficiency of the workshop;
• ease of use: the device is extremely simple in everyday use;
• compact dimensions: the furnace is much smaller than standard devices – it will fit in any laboratory;
• ready to work: the stove is delivered with all necessary accessories for immediate start-up;
• comfort of work: the device practically does not release heat into the environment, which is extremely important in summer in closed rooms.

Technical data:

• dimensions (width x depth x height): 385 x 440 x 547 mm;
• weight: 31 kg;
• supply voltage: AC 230 V, 50 Hz;
• protection (fuse): 15 A;
• maximum power: 2000 W;
• maximum temperature: 1550 ºC.

Packaging:

• 1 pc.

Ferro PTCR HTH ring for sintering process temperature control 1 piece sale

PTCR-HTH 1450 – 1750 °C

Temperature control rings for the firing process are highly accurate ceramic elements indicating the actual amount of heat absorbed during the firing process. The sintering process causes the ring to shrink.

• The shrinkage process continues as long as the maximum temperature is maintained in the furnace.

• 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 furnace, as this ensures the greatest control over the temperature distribution inside the furnace.

• 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” stamped on the ring should be placed exactly in the notch (measurement groove) of the micrometer.

• Both numerical and digital micrometers have an ergonomically designed solid base with a clamping fixture for placing the ring, which ensures that the ring is always properly positioned in the micrometer.

• This design simplifies the measurement process and improves repeatability, and thus the reliability of the measurements.

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

Zirconium pearls for sintering 200g

Zirconium pearls for sintering by UGIN.

Packaging:

• 1pc/200g

UGIN e.ON sinter base sintering furnace

Ugin e.ON sinter base furnace for zirconia sintering.

Equipped with 4 heating rods, it is a high-performance furnace.

It includes an automatic door lock to avoid muffle damage due to thermal shock.

Technical specification:

• 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 zirconia beads (capacity up to 20 units);
• 40 free programs with 40 possible steps for each program;
• graphic cycle visualization;
• 4 display languages: French, English, Italian, Spanish;
• muffle 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).

Operating notes:

DECONTAMINATION PROGRAM (see manual chapter 6.6)

• Before the first sintering process, the user must run the decontamination (cleaning) program (no. 40).
• When running the decontamination program, the support (base together with the additional raising support) must always be placed on the platform.
• Place a tray with or without a lid in the chamber, containing white zirconia crushed into many small pieces or DD Phoenix powder mikran_code: 2567 (used to absorb impurities).
• After the program is finished, check the condition of the heating rods: if whitish marks are still visible – the furnace is still contaminated: repeat the decontamination cycle; if the rods have a gray, shiny appearance – everything is fine: the furnace is ready for operation. (See examples of rod appearance – chapter 6.6.2).
• High-translucency zirconia is very sensitive to the risk of cross-contamination causing discoloration. Therefore, the user should perform the decontamination program more frequently.
• If liquid dyes are used in the infiltration staining technique, prosthetic works must be dry and preheated using an infrared lamp or in an oven, according to the recommendations of the zirconia and dye manufacturer. This prevents contamination of the e.ON sinter fast + furnace.
• White deposits may appear on the heating rods when using different brands or types of zirconia. In such a situation, clean the chamber and rods using a special zirconia cleaner, such as DD Phoenix mikran_code: 2567, by running the decontamination program.

To maintain the proper service life of the heaters, the decontamination program should be run every 10-12 sinterings or 1-2 months.

Packaging:

• 1 pc.

Ugin E.ON Sinter Base/Sinter+/Fast+ thermocouple

Thermocouple for E.ON Sinter Base/Sinter+/Fast+ zirconium sintering furnace

Packaging:

• 1pc

Ugin e.ON sinter fast + Zirconia Sintering Furnace

The e.ON sinter fast + zirconia sintering furnace by Ugin Dentaire features state-of-the-art equipment and exceptional results, sintering in just one hour.

Technical specifications:

• 7-inch high-resolution color touch screen (155 mm x 87 mm);
• maximum temperature 1730°C;
• operating temperature below 1650°C;
• temperature accuracy ± 1°C;
• cycle time: from one to several hours depending on the zirconia;
• maximum heating rate up to 65°C/minute;
• 4 heating elements (rods) in MoSi2 (molybdenum disilicide);
• dual Platinum/Rhodium thermocouple component;
• two dedicated sintering containers with lid and a set of beads; container capacity is max 40 units for conventional long-term sintering, recommended capacity for short sintering is max 20 units;
• 40 programs with 40 possible steps for each program;
• graphic cycle visualization;
• 4 display languages: French, English, Italian, Spanish;
• muffle 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).

Operating notes:

DECONTAMINATION PROGRAM (see manual section 6.6)

• Before the first sintering process, the user must run the decontamination (cleaning) program (no. 40).
• When performing the decontamination program, a support (base with additional riser support) must always be placed on the platform.
• A tray with or without a lid must be placed in the chamber, containing white zirconia crushed into many small pieces or DD Phoenix powder code_mikran: 2567 (used to absorb contaminants).
• After the program is finished, check the condition of the heating rods: if whitish marks are still visible – the furnace is still contaminated: repeat the decontamination cycle; if the rods have a gray, shiny appearance – everything is fine: the furnace is ready for operation. (See examples of rod appearance – section 6.6.2).
• High-translucency zirconia is very sensitive to the risk of cross-contamination causing discoloration. Therefore, the user should perform the decontamination program more frequently.
• If liquid dyes are used in the infiltration staining technique, prosthetic works must be dry and preheated using an infrared lamp or in an oven, according to the recommendations of the zirconia and dye manufacturer. This prevents contamination of the e.ON sinter fast + furnace.
• White deposits may appear on the heating rods when using different brands or types of zirconia. In such a situation, clean the chamber and rods using a special zirconia cleaner, such as DD Phoenix code_mikran: 2567, by running the decontamination program.

To maintain the proper service life of the heaters, the decontamination program should be run every 10-12 sintering cycles or every 1-2 months.

Packaging:

• 1 pc.

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

1.5mm 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