The latest milling machine from UP3D P53DC equipped with a disk changer is a real "game changer" for your workshop!

A fully automatic milling device, thanks to a large stock of disks and drills, can work for many hours unattended, increasing the productivity of your workshop and saving you time and money!

Distinctive device features:

• Automatic calibration: the most convenient "smart control" system stands out from the competition.
• Vertical Milling 90°: allows easy milling of incisal cavities in front teeth, improving aesthetics.
• C-clamp disk holder: allows for more economical material consumption and 100% disk utilization.
• Remote control:** enables milling 24 hours a day.

As part of the purchase, the manufacturer UP3D and mikran.pl guarantee:

• Professional technical support and service 24/7.
• 100% commitment and effective resolution of every request.
• 2 years warranty.
• No license fees for using the UPCAM device and software after the warranty ends.
• Warranty and post-warranty service.

Technical data:

• Dimensions: 720 x 875 x 630mm
• Weight: 130kg
• Air consumption: Cooling pressure: ＞0.5Mpa consumption: 40L/min
• Number of axles: 5 axles
• Disk storage: 12 disks
• Tool magazine: 11 tools
• Power: 220V/1.2KW
• Optimal operating temperature: +15℃~+40℃ (we recommend warming up the machine for 1 hour before work if the room temperature dropped below 0℃)
• Vacuum: 1200m3/h, 1.5KW
• Key parameters: Spindle power 750W, max speed: 60,000 rpm
• Milling range: A: -35~30 B: ±360° Z: -47~50
• Material type: round disks 98.5x max30 mm (block optional)
• Compatible CAM systems: UPCAM,Millbox
• Connection method: network cable
• Mills materials: zirconium, wax, PMMA, composite material, peek co-cr (soft metal)

COMMERCIAL INFORMATION/CONTACT:

• Mikran.pl ul. Wojskowa 3/L4 60-792 Poznań sklep@mikran.pl, www.mikran.pl Possibility of free presentation of the scanner in your workshop/office. Call us: +48 600 128 010 or +48 530 596 166

Packaging:

• 1 piece

Leucite-reinforced glass-ceramic blocks consisting of a glassy and a crystalline phase. They are used to perform an extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD/CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (CTE) between the glass phase and the crystal phase (leucite), compressive stresses in the glass phase arise during cooling after sintering. This mechanism increases strength, giving IPS Empress CAD a flexural strength of 160 MPa

Advantages:

• Good fit accuracy;
• homogeneous surface;
• high strength;
• Exact color match with the shade guide.

Technical properties:

• CTE (100- 400°C) [10-6-K]CTE} - 16.6
• CTE (100- 500°C) [10- 6K] - 17.5
• Bending strength (biaxial) - 160
• Crack resistance [MPa m0.5] - 1.3
• Vickers hardness - 6200
• Chemical solubility [ug/cm2] - 25

Indications:

• Anterior and lateral crowns
• Partial crowns
• Veneers

IPS Empress CAD LT (Low Translucency) LT blocks are available in 9 of the most popular AD scale shades and 4 shades for teeth after bleaching Bleach BL. Thanks to their high brightness, higher than in the case of HT blocks, they are ideal for making larger restorations (e.g. anterior and posterior crowns. Restorations made of LT blocks are characterized by a natural degree of brightness and chromaticity. This prevents the gray effect of embedded restorations. These blocks have a natural fluorescence that allows the restoration to match the rest of the teeth naturally in different lighting conditions. LT blocks are ideal for working with the cut back technique.

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0mm
• Height: 15.0mm

Packaging:

1 package/5pcs

Leucite-reinforced glass-ceramic blocks consisting of a glassy and a crystalline phase. They are used to perform an extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD/CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (CTE) between the glass phase and the crystal phase (leucite), compressive stresses in the glass phase arise during cooling after sintering. This mechanism increases strength, giving IPS Empress CAD a flexural strength of 160 MPa

Advantages:

• Good fit accuracy;
• homogeneous surface;
• high strength;
• Exact color match with the shade guide.

Technical properties:

• CTE (100- 400°C) [10-6-K]CTE} - 16.6
• CTE (100- 500°C) [10- 6K] - 17.5
• Bending strength (biaxial) - 160
• Crack resistance [MPa m0.5] - 1.3
• Vickers hardness - 6200
• Chemical solubility [ug/cm2] - 25

Indications:

• Anterior and lateral crowns
• Partial crowns
• Veneers

IPS Empress CAD LT (Low Translucency) LT blocks are available in the 9 most popular AD scale shades and 4 shades for teeth after bleaching Bleach BL. Thanks to their high brightness, higher than in the case of HT blocks, they are ideal for making larger restorations (e.g. anterior and posterior crowns. Restorations made of LT blocks are characterized by a natural degree of brightness and chromaticity. This prevents the gray effect of embedded restorations. These blocks have a natural fluorescence that allows the restoration to match the rest of the teeth naturally in different lighting conditions. LT blocks are ideal for working with the cut back technique.

Dimensions C14:

• Width: 12.0mm
• Length: 14.0mm
• Height: 18.0mm

Packaging:

• 1 package/5pcs

Leucite-reinforced glass-ceramic blocks consisting of a glassy and a crystalline phase. They are used to perform an extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD/CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (CTE) between the glass phase and the crystal phase (leucite), compressive stresses in the glass phase arise during cooling after sintering. This mechanism increases strength, giving IPS Empress CAD a flexural strength of 160 MPa

Advantages:

• Good fit accuracy;
• homogeneous surface;
• high strength;
• Exact color match with the shade guide.

Technical properties:

• CTE (100- 400°C) [10-6-K]CTE} - 16.6
• CTE (100- 500°C) [10- 6K] - 17.5
• Bending strength (biaxial) - 160
• Crack resistance [MPa m0.5] - 1.3
• Vickers hardness - 6200
• Chemical solubility [ug/cm2] - 25

Indications:

• Anterior and lateral crowns
• Partial crowns
• Veneers

IPS Empress CAD Multi:

The blocks are available in the 5 most popular colors of the AD scale and in 3 sizes. Thanks to the natural shade distribution from the dentine to the incisal materials, restorations made of Multi IPS Empress CAD blocks ensure maximum aesthetics and naturalness. The natural arrangement of opaque and transparent layers allows for different aesthetics. The IPS Empress CAD Multi block is characterized by a natural fluorescence pattern similar to the natural tooth, which allows the restoration to be perfectly matched to the natural teeth. Thanks to the innovative combination of natural color scheme, translucency and fluorescence, very aesthetic restorations are created in the simplest way.

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0mm
• Height: 15.0mm

Packaging:

1pack/5pcs

IPS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the whole process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties.
IPS e.max CAD blocks are characterized by natural brightness. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Indications:

• Veneers

• inlay

• Onlay

• Partial crowns

• Anterior and lateral crowns

• Implant superstructures for single restorations (anterior and lateral sections)

Dimensions I 12 :

• Width: 10.0mm

• Length: 12.0mm

• Height: 15.0mm

  Packaging:

• 5 pcs

IPS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties.
IPS e.max CAD blocks are characterized by natural brightness. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Indications:

• Veneers

• inlay

• Onlay

• Partial crowns

• Anterior and lateral crowns

• Implant superstructures for single restorations (anterior and lateral sections)

Dimensions C14:

• Width: 12.4mm

• Length: 14.5mm

• Height: 18.0mm

  Packaging:

• 5 pcs

Zotion's new product, the F2 rapid zirconium oxide sintering furnace, is a good choice for your dental laboratory.

The F2 zirconium oxide sintering furnace is a high-tech equipment that ensures excellent sintering results and good forming quality. This equipment adopts the most advanced technology, high degree of automation and precise control system, which can ensure the best production efficiency and finished product quality. When in use, the F2 zirconium oxide sintering furnace ensures good stability and safety, and meets strict production standards and requirements.

Application:

• Zirconium sintering.
• Crystallization of glass ceramics.
• Glaze firing.

Advantages:

• No pollution thanks to the highest quality silicone molybdenum rods, they show longer service life than carbon rods.
• Maximum temperature rise speed 100℃/min.
• 3 sintering trays can be placed, this allows for sintering a large number of works.

Technical data:

• Rated voltage - flow 220 VAC + 20%.

• Rated power - 2500 W

• Temperature control precision - ±1 °C.

• Size - 42x30x60cm.

• Net weight - 38.5 kg.

• Rated temperature - 1650 °C.

• Heating element - Silicone molybdenum rods.

• Sintering chamber - 10x20cm (3-layer sintering tray).

• Temperature control - Type B Digital control with double platinum-rhodium thermocouple.

• Cooling - Zotion ultra-fast cooling technology.

Packaging:

• 1 piece

Leucite-reinforced glass-ceramic blocks consisting of a glassy and a crystalline phase. They are used to perform an extremely aesthetic, completely anatomical reconstruction of a single tooth, using CAD/CAM technology in the Cerec system and in the laboratory system. Due to the difference in thermal expansion coefficients (CTE) between the glass phase and the crystal phase (leucite), compressive stresses in the glass phase arise during cooling after sintering. This mechanism increases strength, giving IPS Empress CAD a flexural strength of 160 MPa

Advantages:

• Good fit accuracy;
• homogeneous surface;
• high strength;
• Exact color match with the shade guide.

Technical properties:

• CTE (100-400°C) [10-6-K]CTE} - 16.6
• CTE (100-500°C) [10-6K] - 17.5
• Bending strength (biaxial) - 160
• Crack resistance [MPa m0.5] - 1.3
• Vickers hardness - 6200
• Chemical solubility [ug/cm2] - 25

Indications:

• anterior and posterior crowns
• partial crowns
• school

IPS Empress CAD Multi:

• The blocks are available in the 5 most popular colors of the AD scale and in 3 sizes. Thanks to the natural shade distribution from the dentine to the incisal materials, restorations made of Multi IPS Empress CAD blocks ensure maximum aesthetics and naturalness. The natural arrangement of opaque and transparent layers allows for different aesthetics. The IPS Empress CAD Multi block is characterized by a natural fluorescence pattern similar to the natural tooth, which allows the restoration to be perfectly matched to the natural teeth. Thanks to the innovative combination of natural color scheme, translucency and fluorescence, very aesthetic restorations are created in the simplest way.

Dimensions C14:

• Width: 12.0mm
• Length: 14.0mm
• Height: 18.0mm

Packaging:

• 1pack/5pcs

Zirconium AG Explore Functional color B1 89-71-16 short expiry date.

Packaging:

• 1 piece

Zirconium AG ST Color D2 89-71-20mm short expiry date.

Packaging:

• 1 piece

High translucency lithium disilicon ceramic blocks.

IPS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties. IPS e.max CAD blocks are naturally bright. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Application:

• Veneers

• Inlay

• Onlay

• Partial crowns

Dimensions I 12:

• Width: 10.0mm
• Length: 12.0mm
• Height: 15.0mm

Packaging:

• 5pcs/pack

Ambarino highly aesthetic material, a mixture of 70% ceramics and 30% composite. The most flexible ceramic material on the market. The flexibility allows it to absorb the force of the opposing teeth during chewing, which minimizes cracks and mechanical damage to the restoration.

Application:

• Permanent and temporary prosthetic restorations (crowns, bridges, inlays, onlays, veneers)
• Ideal for full-contour work in the anterior and posterior region.

Packaging:

• 1 piece.

Make an appointment for a free presentation in your studio/office:

Dental tech. Damian Dunajewski Consultant/CAD/CAM Specialist Tel.600 128 010 damian.dunajewski@mikran.com

Dental tech. Kamil Wolniewicz Consultant/CAD/CAM Specialist Tel.530 596 166 kamil.wolniewicz@mikran.com

Ultra-fast scanner with unrivaled accuracy with two 3.0 MP cameras that allow for efficient work and effective scanning:

• Traditional models.
• Split models.
• Models intended for wireframe work (scanning real textures)
• Models with kk (scan body) cartridges.
• Full arch models with implants in one scanning cycle.
• Impressions.
• Models placed in the articulator (Virtual Articulator)
• Models captured in hand-held occlusion

The UP560 scanner is the successor to the UP360+ model. The use of 2 independently operating cameras with a resolution of 3.0 MP and a high number of frames per second allows for faster capture of a much clearer image than cameras in competitive scanners with lower parameters. Placing cameras high above the model at an appropriate angle allows for effective scanning of models and impressions, even with undercuts, without "blind spots" and underscanned elements. The built-in automatic detection of the preparation boundary significantly speeds up the design process.

Parameters:

• Full arc scan: 15s
• Scanning 12 bars: 17s
• Impression scanning: 35s
• All-in-one 21s scanning
• Cameras: Dual 3.0MP (High Frequency)
• Automatic detection of the preparation border
• Accuracy: <6 microns
• Light: blue + multi color
• Interface: USB 3.0

The scanner can be purchased in 3 configurations:

• Only with scanning software.
• With EXOCAD scanning and design software.
• With scanning software and UPCAD design software.

COMMERCIAL INFORMATION/CONTACT:

• Mikran.pl ul. Wojskowa 3/L4 60-792 Poznań sklep@mikran.pl, www.mikran.pl

• Possibility of free presentation of the scanner in your workshop/office.

• Call us: +48 600 128 010 or +48 530 596 166

High translucency lithium disilicon ceramic blocks.

IPS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the whole process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties. IPS e.max CAD blocks are naturally bright. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Application:

• Veneers

• Inlay

• Onlay

• Partial crowns

Dimensions C 14:

• Width: 12.4mm
• Length: 14.5mm
• Height: 18.0mm

Packaging:

• 5pcs/pack

Zirconium AG ST Color D2 89-71-25mm short expiry date.

Packaging:

• 1 piece

Zirconium ZZ Explore Functional color B1 95x14mm

Packaging:

• 1 piece

PS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties. IPS e.max CAD blocks are naturally bright. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Indications:

• Veneers

• inlay

• Onlay

• Partial crowns

• Anterior and lateral crowns

• Implant superstructures for single restorations (anterior and lateral sections)

Dimensions:

• Width: 14.5mm

• Length: 14.5mm

• Height: 32.0 mm

Packaging:

3pcs

Silent silencer for ski lifts.

Renfert catalog number 29560000

Advantages:

• Up to 50% reduction in perceived suction noise, with constant suction power.
• Quick and easy installation on suction hoses.
• We recommend positioning the muffler vertically to achieve full noise reduction effectiveness.

Packaging:

• 1 piece

Cutters adapted to Imes Icore milling machines. Head diameter 0.6mm, 1.0mm, 2.5mm. Handle diameter 3mm. For milling in soft materials.

Package:

• 1 piece

Realloy milling disc

Characteristics:

• Diameter 98.5 mm compatible with most milling machines.
• Alloy for veneering with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile Strength(MPa) 560
• Elastic limit (MPa) at 0.2% elongation 400
• Modulus of elasticity (GPa) approx. 195
• coefficient thermal expansion (20'- 6000c) ( 10K) 14.1- 14.4
• Density (g/cm') 8.4

Composition:

• What (%) 61.7
• Cr |%) 27.8
• Si(%) 1.6
• In (%) 8.5
• other(%) <1

Packaging:

1 piece

Milling disc from the German company Realloy:

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Milling disc from the German company Realloy

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

Milling disc from the German company Realloy:

• 98.5 mm diameter compatible with most milling machines.
• Veneering alloy with ceramics.

Technical data:

• Hardness (HV) 290
• Elongation (%) 8
• Tensile strength (MPa) 560
• The yield point (MPa) at elongation 0.2% 400
• Modulus of elasticity (GPa) approx. 195
• Comp. thermal expansion (20'- 6000c) (10K) 14.1-14.4
• Density (g / cm ') 8.4

Composition:

• Co (%) 61.7
• Cr |%) 27.8
• Si (%) 1.6
• In (%) 8.5
• other (%) <1

Package:

1 piece

A cuvette with a cover for sintering zirconium crowns and bridges, round, diameter 100 mm.

Packaging:

• 1 piece

Medium translucency lithium disilicon ceramic blocks.

IPS e.max CAD are lithium disilicate glass ceramic blocks for CAD/CAM technology. The manufacturing process guarantees completely homogeneous blocks. The pre-crystallized (blue) block can be easily developed in a CAD/CAM device. The block in the pre-crystallized state has a characteristic white color that goes through a blue shade to a blue-gray tone. This color depends on the composition and structure of the glass ceramics. The strength of the material in this state is 130-150 MPa and is thus comparable to other glass ceramic blocks currently available on the market. After the restoration has been cut out of the blocks, it is crystallized in the Ivoclar Vivadent ceramic furnace (e.g. Programat CS). The crystallization process is easy to carry out and, unlike other CAD/CAM systems, restorations made in this way do not shrink and do not require a time-consuming infiltration process, and the entire process takes about 20-25 minutes. Crystallization at 840 °C causes changes in the structure of the ceramics, followed by the growth of lithium disilicate crystals. The resulting densification of 0.2% is already predicted in the CAD software and taken into account when cutting the restoration. Thanks to changes in the structure, the strength of the material increases to 360 MPa and it obtains the appropriate optical properties. IPS e.max CAD blocks are naturally bright. Thanks to the translucency and variety of shades, fully anatomical restorations can be easily fabricated with this glass ceramic.

Application:

• Inputs

• Veneers

• Thin veneers

• Partial crowns

• Anterior and lateral crowns

Packaging:

• 5pcs/pack

Compact, bagless extractor for CAM devices used in dentistry

Renfert catalog number 29342000

Advantages:

• Two-way communication between the extractor and the CAM device thanks to the PLC interface
• Optimized suction power in the CAD-CAM device
• Low noise level during operation, max. 55dB(A).
• 3x longer service life compared to conventional collector motors (guaranteed 1000 hours of operation).
• 36-month warranty

Technical data:

• Permissible mains voltage 230–240 V
• Permissible mains frequency 50/60 Hz
• Nominal voltage 230 V
• Power consumption 490 W (230 V)
• Volume flow (max.) 2500 l/min (230 V)
• Max. pressure 219 hPa
• Engine Technology Manifold
• Bagless filtering technology
• Filter quality Class M according to EN 60335-2-69
• CAM interface RJ45 socket
• PLC: input signal 2 x turbine on/off
• PLC: Output signal 2 x status information
• Mains input fuse 8 A
• Number of suction hoses 1
• Sound pressure level (LpA) (at maximum volume flow) 55 dB(A)
• Weight ~13.2 kg
• Dimensions (W x H x D) 245 x 440 x 500 mm
• Ø internal suction connections 35 mm
• Ø external suction connections 40 mm
• Dust container volume ~2.6 l

Packaging:

• Scope of delivery 1X SILENT compactCAM, 230-240 V, 2 m suction hose, 2 mufflers.

MAGNUM SPLENDIDUM 98x10mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%;

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield point - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

• 1 piece

MAGNUM SPLENDIDUM 98.5x12mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%;

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98.5x13.5mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98.5x15mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98.5x16mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

MAGNUM SPLENDIDUM 98.5x18mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308-1384 ° C
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 - (25- 600C) 14.4x10- 6K- 1
• Density - 8.5 g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength - 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Make an appointment for a free presentation in your studio/office:

Dental tech. Damian Dunajewski Consultant/CAD/CAM Specialist Tel.600 128 010 damian.dunajewski@mikran.com

Dental tech. Kamil Wolniewicz Consultant/CAD/CAM Specialist Tel.530 596 166 kamil.wolniewicz@mikran.com

P53, is a new intelligent UP3D dental milling machine, can mill 44 crowns at a time. A fully intelligent machine will help you save 35% of materials.

Functionalities:

• Fully integrated UP3D UPCAM control software, with a lifetime free license and updates, ensures reliable and safe operation of the device and full control over the quality of work performed - the system of automatic continuation of work from the moment it is interrupted at any time allows you to increase efficiency by up to 80%.
• Automatic integrated lift start.
• Tool life sensor.
• 98.5 type disc holder (open system) - standardly built into the machine.
• The half-moon disc holder allows for maximum use of the material and supports milling at an angle of 90 degrees.
• Automatic calibration.

Application:

• Crowns.
• Bridges.
• Foundations.
• Work on implants.
• Complete dentures.

The device mills soft materials:

• Zirconium.
• Wax.
• PEEK.
• PMMA.
• Gypsum.

Product specification:

• Weight 79 kg
• Dimensions 443.5 × 718 × 628.5 cm
• Power 800 W
• Spindle power 520W
• Number of controlled axes 5
• Tool magazine 11 pieces
• Material PEEK, PMMA, Sintermetal, Zirconium oxide (Zr), Wax
• Wet working No
• Spindle speed 60,0000 rpm
• CAD/CAM material storage Manual
• Stepper motor axis drive
• Handle diameter 4 mm

COMMERCIAL INFORMATION/CONTACT:

• Possibility of free presentation of the milling machine in your workshop/office. Call us: +48 600 128 010or +48 530 596 166**

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

HT - High translucent

Characteristics:

• Recommended for foundations.
• Very high strength.

Destiny:

• Cap
• Bridges
• 3-4 point bridge
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 - >99%
• Y2O3 - 4.5%~6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1+0.5g/cm3

• Density after sintering - 6.08+0.01g/cm3

• CTE (25- 500°C) 10.05+1.0×10- 6K- 1

• Strength after sintering - 1300 Mpa

• Percentage of monoclinic accelerated aging (%) - <15%

• Average transparency - 39%

• Cytotoxicity test - 0

• Radioactivity - <0.1Bq/g

• Sintering temperature - 1530°C

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

HT - High translucent

Characteristics:

• Recommended for foundations.
• Very high strength.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 - >99%
• Y2O3 - 4.5%~6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1+0.5g/cm3

• Density after sintering - 6.08+0.01g/cm3

• CTE (25- 500°C) 10.05+1.0×10- 6K- 1

• Strength after sintering - 1300 Mpa

• Percentage of monoclinic phase accelerated aging (%) - <15%

• Average transparency - 43%

• Cytotoxicity test - 0

• Radioactivity - <0.1Bq/g

• Sintering temperature - 1530°C

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

HT - High translucent

Characteristics:

• Recommended for foundations.
• Very high strength.

Destiny:

• Cap
• Bridges
• 3-4 point bridge
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 - >99%
• Y2O3 - 4.5%~6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1+0.5g/cm3

• Density after sintering - 6.08+0.01g/cm3

• CTE (25- 500°C) 10.05+1.0×10- 6K- 1

• Strength after sintering - 1300 Mpa

• Percentage of monoclinic accelerated aging (%) - <15%

• Average transparency - 39%

• Cytotoxicity test - 0

• Radioactivity - <0.1Bq/g

• Sintering temperature - 1530°C

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide intended for use in CAD/CAM technology. Zirconium products are certified by SFDA, ISO13485, CE and FDA. Thanks to a two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconium discs.

ST-Super translucent

Characteristics:

• Recommended for work with full anatomical shape in the lateral section.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Bridge with suspension (not recommended for patients with bruxism).
• Bridge on inlays (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 - >99%
• Y2O3 - 4.5%~6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1+0.5g/cm3

• Density after sintering - 6.08+0.01g/cm3

• CTE (25- 500°C) 10.05+1.0×10- 6K- 1

• Strength after sintering - 1300 Mpa

• Percentage of monoclinical phaseaccelerated aging (%) - <15%

• Average translucency - 43%

• Cytotoxicity test - 0

• Radioactivity - <0.1Bq/g

• Sintering temperature - 1530°C

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

ST-Super translucent

Characteristics:

• Recommended for works in full anatomical shape in the posterior section.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 >98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1+0.5g/cm3
• Density after sintering - 6.08+0.01g/cm3
• CTE (25- 500°C) - 10.05+1.0×10- 6K- 1
• Strength after sintering - 1300 MPa
• Percentage of monoclinic aging phase (%) <15%
• Cytotoxicity Test - 0 Level
• Radioactivity <0.1Bq/g
• Sintering temperature 1530°C
• Translucency 43%

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

ST-Super translucent

Characteristics:

• Recommended for works in full anatomical shape in the posterior section.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 >98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1+0.5g/cm3
• Density after sintering - 6.08+0.01g/cm3
• CTE (25- 500°C) - 10.05+1.0×10- 6K- 1
• Strength after sintering - 1300 MPa
• Percentage of monoclinic aging phase (%) <15%
• Cytotoxicity Test - 0 Level
• Radioactivity <0.1Bq/g
• Sintering temperature 1530°C
• Translucency 43%

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

ST-Super translucent

Characteristics:

• Recommended for works in full anatomical shape in the posterior section.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 >98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1+0.5g/cm3
• Density after sintering - 6.08+0.01g/cm3
• CTE (25- 500°C) - 10.05+1.0×10- 6K- 1
• Strength after sintering - 1300 MPa
• Percentage of monoclinic aging phase (%) <15%
• Cytotoxicity Test - 0 Level
• Radioactivity <0.1Bq/g
• Sintering temperature 1530°C
• Translucency 43%

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

HT - High translucent

Characteristics:

• Recommended for foundations.
• Very high strength.

Destiny:

• Cap
• Bridges
• 3-4 point bridge
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 - >99%
• Y2O3 - 4.5%~6%
• HfO2 - <5%
• Al2O3 - <0.5%
• Other oxides - <0.5%

Physical properties:

• Density before sintering - 3.1+0.5g/cm3

• Density after sintering - 6.08+0.01g/cm3

• CTE (25- 500°C) 10.05+1.0×10- 6K- 1

• Strength after sintering - 1300 Mpa

• Percentage of monoclinic accelerated aging (%) - <15%

• Average transparency - 39%

• Cytotoxicity test - 0

• Radioactivity - <0.1Bq/g

• Sintering temperature - 1530°C

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

ST-Super translucent

Characteristics:

• Recommended for works in full anatomical shape in the posterior section.

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 >98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1+0.5g/cm3
• Density after sintering - 6.08+0.01g/cm3
• CTE (25- 500°C) - 10.05+1.0×10- 6K- 1
• Strength after sintering - 1300 MPa
• Percentage of monoclinic aging phase (%) <15%
• Cytotoxicity Test - 0 Level
• Radioactivity <0.1Bq/g
• Sintering temperature 1530°C
• Translucency 43%

Packaging:

• 1 piece

MAGNUM SPLENDIDUM 98.5x10mm - Co-Cr disc for milling ceramic veneered crowns and bridges.

Benefits:

• Excellent polishability
• Thermal expansion coefficient suitable for most ceramics.

Composition in%:

• Every 60
• Cr 28
• In 9
• Si1.5
• Mn, Fe 1.5

Technical data:

• Melting point 1308 \ u2013 1384 C.
• Thermal expansion coefficient - (25-500 C) 14.2 x10 - 6K- 1 \ u2013 (25- 600C) 14.4x10- 6K- 1
• Density \ u2013 8.5g / cm3
• Vickers hardness 273 HV10
• Elongation percentage at break 16%
• Unit yield strength \ u2013 360 Mpa
• Modulus of elasticity 183 GPa

Package:

1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

ST-Super translucent Multilayer.

Characteristics:

• Recommended for works in full anatomical shape.
• Super translucent
• Multilayer (layered).

Destiny:

• Cap.
• Bridges.
• 3-4 point bridge.
• Suspended bridge (not recommended for patients with bruxism).
• Inlay bridge (not recommended for patients with bruxism).
• Maryland bridge (not recommended for patients with bruxism).
• Telescopic crown.
• Individual connectors.

Chemical composition:

• ZrO2 + HfO2 + Y2O3 >98%
• Fe2O3 <0.3%
• Pr2O3 <0.3%
• Er2O3 <0.3%
• Other oxides <0.5%.

Physical properties:

• Density before sintering - 3.1+0.5g/cm3
• Density after sintering - 6.08+0.01g/cm3
• CTE (25- 500°C) - 10.05+1.0×10- 6K- 1
• Strength after sintering - 1300 MPa
• Percentage of monoclinic aging phase (%) <15%
• Cytotoxicity Test - 0 Level
• Radioactivity <0.1Bq/g
• Sintering temperature 1530°C
• Translucency 43%

Packaging:

• 1 piece

Zirconium is a new line of materials based on zirconium oxide designed for use in cad/cam technology. Zirconium products are SFDA, ISO13485, CE and FDA certified. Thanks to the two-stage production process: axial pressing and "cold" isostatic pressing, zirconium zirconium discs are characterized by a homogeneous structure, which is a characteristic element of high-quality zirconia discs.

TT-Top translucent

Characteristics:

• Recommended for works in full anatomical shape in the anterior section
• the highest degree of enamel translucency
• guarantees a natural look
• available in 7 colors

Destiny:

• Cap
• 2 point bridges
• 3 point bridges
• Telescopic crown
• Individual connectors
• Veneers

chemical composition:

• ZrO2 + HfO2 86.3%~94.2%
• Y2O3 5.8%- 9.7%
• Fe2O3 <2%
• Er2O3 <0.5%
• Al2O3 <0.5%
• Other oxides <0.5%

Physical Properties:

• Density before sintering >2.8g/cm3
• Density after sintering 6.04+0.03g/cm3
• CTE (25- 500°C) 10.05+1.0×10- 6K- 1
• Strength after sintering >500 Mpa
• Percentage of monoclinic phase accelerated aging (%) <5%
• Chemical solubility after sintering <100ug/cm2
• 0 Level Cytotoxicity Test
• Radioactivity <0.1Bq/g
• Sintering temperature 1430~1470°C

Packaging:

1 piece

Cutters adapted to Roland routers:

• Head diameter 0.6mm, 1.0mm, 2.0mm, 2.5mm.
• Handle diameter 3mm
• for milling in soft materials.

Package:

• 1 piece

Cutters adapted to Sirona milling machines.

• Head diameter 0.5mm, 1.0mm, 2.5mm.
• Handle diameter 3mm
• For milling in soft materials.

Package:

• 1 piece

Cutters adapted to Robocam milling machines. Head diameter 1.0mm, 1.5mm, 3.0mm Shank diameter 3mm for milling in soft materials.

Package:

• 1 piece

Exocad® DentalCAD Elefsina 3.2 (latest version: February 24, 2024) the most frequently chosen CAD software by laboratory scanner manufacturers. A great tool for beginners, which in the hands of experienced users offers enormous possibilities. The CORE license is for life and does not require an annual subscription fee.

EXOCAD has become famous in the CAD/CAM industry for its speed and ease of use, which significantly reduces implementation costs and maximizes productivity. It is a reliable and solid tool in everyday work, even in the most advanced cases.

Exocad software is sold in a modular system, but the basic CORE version offers enormous possibilities that will meet most everyday needs.

New features in Elefsina 3.2, greater automation and seamless integration:

As part of the basic module, you can design:

• Anatomical and reduced frameworks
• Anatomical and reduced crowns
• Structures up to 16 points
• Inlay/Onlay (also in bridges)
• Veneers
• Korony press
• Works with waxup\u2019u and pre-op scans
• Telescopes
• Latches and bolts
• Detection and marking of the preparation margin
• Mirror image (specular)
• Shape correction to the patient's own teeth

Additional modules:

• Individual connectors and screw-on works
• Implants

The module will allow you to design

• Individual connectors
• Screw-on crowns
• Individual connectors and a bridge in one project
• A rich library of implant systems included in the package.
• Exocad user interface

Virtual articulator:

• Dynamic occlusion determination.
• Precise transfer of occlusion from articulators.
• Adjusting parameters as in real articulators.
• Predefined articulators from the most popular companies.
• Possibility of cooperation with any articulator thanks to the open structure of the system.
• Various types of articulators with automatic occlusion adjustment.
• Beams: advanced beam designs, quick and intuitive design of standard beams, as well as the creation of individual, complex designs, will allow you to handle any case. Any beam shape.
• Standard and individual locks, latches, bolts.
• A wide selection of retention solutions.

Model creator:

• Models ready for printing.
• Create models based on impression scans or data from intraoral scanners.
• Split models.
• Monolithic models with movable posts.
• Models with implant replicas.

Temporary works:

• Temporary crowns and bridges.
• Temporary crowns.

Rails:

• Relaxation splints and individual spoons.
• Creating relaxation splints has never been so convenient. Design and send to production.

• New: The module will soon be expanded with the ability to create individual impression trays.

• Individual spoon.

• Visualization of data from a tomograph.
• The built-in DICOM file viewer allows you to recreate data from the tomograph when designing prosthetic restorations. The module enables data exchange (position of teeth and implants) with external programs.
• Visualization of the image from a tomograph when designing.

TruSmile:

• Realistic rendering of projects.
• Almost photorealistic graphics available at every stage of the project allow you to better visualize the final effect of the work. TruSmile technology can be successfully used by dentists for marketing purposes.
• Realistic color selection.
• Complete dentures.
• Digitally designed prostheses.
• A digital solution for traditional acrylic dentures. The program enables digital analysis of the model and, based on it, presents the suggested tooth positioning. The prosthesis prepared in this way can be ordered for 3D printing, milling or a combination of both methods.
• Complete dentures.
• Rich tooth library.
• The standard version of the exocad system has a wide selection of teeth, but the user can purchase and use new designs at any time.
• Skeletal prostheses.
• The best solution in the industry

Packaging:

• 1pcs USB drive

Exocad Virtual Articulator module.

The virtual articulator module allows for precise loading into the software of dynamic and static occlusion transferred from Artex, KaVo, SAM, BioArt and other articulators thanks to the open system structure.

Intelligent software for designing dental structures is translated into Polish.

Package:

1 pc complementary software.