Materialen

Isopropylalcohol 99,9 %

1000 ml

Ideaal voor het reinigen van 3D-hars

INSPIRED BY TEETH

Natural beauty in all forms.

Do full contour zirconia prosthetics look natural? Yes! With Zirconia ST-ML light is transmitted in the incisal area and blocked in the cervical area. Giving you the flexibility to make beautifull full contour prothetics - regardless of the abutment color.

Ideal for up to 3 units posterior bridges with a well-balanced combination of chromatic and gradational translucency, which reproduces esthetic enamel and dentin effects.

Properties

Flexural strength: 748 MPa

Thermal expansion (25-500°C): 9.8

Composition: ZrO2 + HfO2, Y2O3 etc.

Translucency: 38 %

Sintering temperature: 1550°C

INSPIRED BY TEETH

Natural beauty in all forms.

Do full contour zirconia prosthetics look natural? Yes! With Zirconia ST-ML light is transmitted in the incisal area and blocked in the cervical area. Giving you the flexibility to make beautifull full contour prothetics - regardless of the abutment color.

Ideal for up to 3 units posterior bridges with a well-balanced combination of chromatic and gradational translucency, which reproduces esthetic enamel and dentin effects.

Properties

Flexural strength: 748 MPa

Thermal expansion (25-500°C): 9.8

Composition: ZrO2 + HfO2, Y2O3 etc.

Translucency: 38 %

Sintering temperature: 1550°C

KATANA™ Zirconia STML

KATANA™ Zirconia UTML

KATANA™ Zirconia UTML

MEDILOY M-Co
Co 63.8 · Cr 24.8 · W 5.3 · Mo 5.1 · Si 1.0

Your advantages
Approved for crowns and bridges, metal-ceramics as well as implant prosthetics
Biocompatible and corrosion-resistant like all BEGO alloys
The special heat treatment used in production provides the user with a reduced tool wear while milling by up to 30% a homogeneous structure – no cavities or porosities a material that is particularly easy to mill
Reduced hardness of 290 HV10 enables easier polishing

Expension (CTE) 14,4
Density 8,6 gr/cm³
Vickers hardness : 290 HV10

Practical and economical device for shaking photopolymerizable resin bottles.
To obtain a homogeneous mixture of the resin.
Indispensable for successful achievements with the 3D printer.

NextDent Base is a 3D print resin intended for the manufacturing of removable denture bases (US 510(k) clearance / Europe CE-marked Class IIa). High break resistance Flexibility for partial dentures 4 colors matching the most popular gum shades for improved aesthetics This materials offers accurate and repeatable printing results.

NextDent C&B Micro Filled Hybrid is a biocompatible Class IIa material developed for crowns and bridges. The balance between inorganic fillers and the resin gives the material its strength. The material is easy to finish and polish, and can be stained with all types of composite staining kits. Due to the perfect balance between opacity and translucency the printed crown blends in perfectly between the existing teeth. Available in colors BL, N1, N1.5, N2, N2.5, and N3.

NextDent Denture 3D+ is a biocompatible Class IIa material suitable for printing all types of removable denture bases. This material has excellent mechanical properties and is comparable to conventional denture base materials. Available in colors: Dark Pink, Light Pink, Opaque Pink, Red Pink, Translucent Pink and new shade Classic Pink.

NextDent Gingiva Mask is a flexible material that can be used in combination with the model material. This makes it possible to print parts of the model that need a certain flexibility, such as Gingiva Masks on implant models.
Available in color Pink.

Voor 3D printen van zeer nauwkeurige prothetische en orthodontische modellen

NextDent Model 2.0 is characterized by its high degree of accuracy, making this material suitable for detailed master prosthodontic and orthodontic models where high precision is needed. The models show highly visual details due to color and opacity and has an ideal surface for scan impressions. The accurate printed models are the perfect base for creating your dental work piece. Available in colors Peach, White and Grey.

NextDent Ortho Clear is a is a biocompatible Class IIa material for all types of splints and retainers. It is a clear and thereby aesthetically-pleasing 3D print material, characterised by high strength and fracture thoughness.
Available in color Clear.

NextDent Ortho Flex is a clear biocompatible material (EU Class IIa, US 510(k) clearance) developed for 3D printed Dental Splints and Retainers. The balance of optical appearance and mechanical properties, combined with excellent print quality and long-term stability makes this material the perfect solution for in-house production of Dental Splints and Retainers. This material is characterised by a clear and transparent look. NextDent Ortho Flex offers high break resistance, perfect accuracy and a high degree of flexibility.

NextDent Indirect Bonding Tray is a biocompatible Class I material for orthodontic applications. Making use of the right dental software, you can plan the exact location of orthodontic brackets and design the Indirect Bonding Tray. Due to the flexible characteristics of the printed indirect bonding trays, orthodontist can easily place all the brackets at once, saving time at the chair. Available in color Clear.

NextDent Ortho Rigid is a biocompatible Class IIa material developed for digital manufacturing of splints. In combination with suitable software, it is possible to easily design and print splints.

Available in Transparent Blue.

NextDent SG is a biocompatible Class I material, developed for the printing of Surgical Guides for implant surgery use. Because of the high precision of this material it is easy to insert drill sleeves, directly after printing. Enabling even greater precision during surgery. The properties of NextDent SG will not change by using disinfectants. In addition, the material can also be sterilized using standard autoclave protocols. The use of an autoclave does not affect the dimensional stability, therefore NextDent SG can be used in every operating theatre. Available in color Translucent Orange.

NextDent Tray is a biocompatible Class I material designed to print individual impression trays. The material distinguishes itself through high printing speed and accuracy. NextDent Tray resin enables technicians to make even the most complex trays in a matter of minutes.
Available in colors Blue and Pink.

NextDent Tray is a biocompatible Class I material designed to print individual impression trays. The material distinguishes itself through high printing speed and accuracy. NextDent Tray resin enables technicians to make even the most complex trays in a matter of minutes. The printed trays are rigid and suitable for all types of impression material, making high-quality, high-precision impressions possible. Available in colors Blue and Pink.

NextDent Try-In is a biocompatible Class I material suitable for printing Try-In devices, a baseplate combined with the individual designed tooth setup, to check bite registration and occlusion. Available in colors TI0, TI1, TI2.

CAVEX SCANSPRAY
Cavex ScanSpray is ontwikkeld om de scanbaarheid van alginaatafdrukken te optimaliseren. Door de toevoeging van titaandioxide zijn zelfs de kleinste details duidelijk leesbaar. De spray is op poederbasis, waardoor het voor elk type afdrukmateriaal geschikt is.

Breng een dun laagje Cavex ScanSpray aan op de afdruk voor een supergedetailleerd digitaal model van de afdruk.

Voor een supergedetailleerd digitaal model van de afdruk
Geschikt voor alle soorten afdrukmateriaal
Op poederbasis in plaats van oliebasis

Solibond C plus blank CoCr alloy (non precious)
For ceramics Biocompatible - Laser-capable Quick polishing and surface gloss - Optimal bonding with ceramics - Material properties Vickers hardness: 280 HV Elongation: 10,1 % CTE (20 - 600°C) 14,0 · 10-6 K-1 - Alloy components Co 63% Cr 29% Mo 5,8% Si 1,2% Fe <0,1% Mn <0,1% Nb <0,1%

Solibond C plus blank CoCr alloy (non precious)
For ceramics Biocompatible - Laser-capable Quick polishing and surface gloss - Optimal bonding with ceramics -

Material properties Vickers hardness: 280 HV Elongation: 10,1 % CTE (20 - 600°C) 14,0 · 10-6 K-1 -

Alloy components Co 63% Cr 29% Mo 5,8% Si 1,2% Fe <0,1% Mn <0,1% Nb <0,1%

DISCS IN HI-TECH MATERIAL FOR DENTAL PROSTHESIS WITHOUT METAL Trilor® is the most innovative material of the market for dental prosthesis.Trilor, developed by Bioloren, is a new generation polymer composed of a (thermoset) resin and multi-directional fiber glass reinforcement. FRC (Fiber Reinforced Composite) are materials used in airplanes and other sectors where the high resistance and low weight are essential requirements.The multi-directional braided fiber structure offers good performance in terms of load and tension distribution in response to forces applied from different angles making it an ideal material for permanent and temporary dental restorations.

DISCS IN HI-TECH MATERIAL FOR DENTAL PROSTHESIS WITHOUT METAL Trilor® is the most innovative material of the market for dental prosthesis.Trilor, developed by Bioloren, is a new generation polymer composed of a (thermoset) resin and multi-directional fiber glass reinforcement. FRC (Fiber Reinforced Composite) are materials used in airplanes and other sectors where the high resistance and low weight are essential requirements.The multi-directional braided fiber structure offers good performance in terms of load and tension distribution in response to forces applied from different angles making it an ideal material for permanent and temporary dental restorations.

DISCS IN HI-TECH MATERIAL FOR DENTAL PROSTHESIS WITHOUT METAL Trilor® is the most innovative material of the market for dental prosthesis.Trilor, developed by Bioloren, is a new generation polymer composed of a (thermoset) resin and multi-directional fiber glass reinforcement. FRC (Fiber Reinforced Composite) are materials used in airplanes and other sectors where the high resistance and low weight are essential requirements.The multi-directional braided fiber structure offers good performance in terms of load and tension distribution in response to forces applied from different angles making it an ideal material for permanent and temporary dental restorations.

Lichthardende hars in 1000g fles V-Print Splint Comfort

Zeer flexibel en slijtvast - extreem breukbestendig en duurzaam.

Thermoflexibel en smaakloos - voor uitstekend draagcomfort

Transparant - voor spalken die nauwelijks zichtbaar zijn

Biocompatibel en smaakloos - voor een uitstekende acceptatie door de cliënt en een aangename behandeling.

Geclassificeerd MD IIa - voor veiligheid en langdurig therapeutisch gebruik

3D resin, class IIA

3D resin, class IIA

For Temporary Crown

VarseoWax CAD/Cast

The resin for 3D printing of burn-out CAD/Cast partial denture frames and press-to-metal templates

Can be burned out without leaving any residue – provides optimal conditions for pore-free, smooth and precise partial dentures

Specially for the resin developed printing and processing parameters ensure smooth production sequences with reproducible results at any time

Further processing with the investment materials VarseoVest P plus and VarseoVest C&B, specially developed for shock-heat investing of 3D printed objects possible

Excellent dimensional stability of the printed objects enables deformation-free investment and thus an excellent accuracy of fit of the casted objects

Printed plastic boasts first-class green strength, so that no lightcuring is necessary if frames are processed immediately – results in unparalleled process time savings

Technical specifications

Color yellow
Modulus of elasticity = 1,500 MPa
Viscosity 600 – 900 mPa*s
Shore hardness D 79 – 83 D
Density at 22 °C 1.08 g/cm³
Thermal stability at 55 °C 1.8 MPa
Flexural strength = 50 MPa
Residual ash content = 0.1 % bei 700 °C
Wavelength 405 nm

Resin for solid or hollow 3D printing of dental full and partial models as well as models with removable dies.

Suitable for duplication with silicone or gel as well as for the fabrication of splints, aligners, etc. using the thermoforming technique.

Specially for the resin developed printing and processing parameters ensure smooth production sequences with reproducible results at any time.

The dimensional stability and the smooth and pore-free surfaces of the printed models are the ideal basis for the fabrication of high-precision restorations.

Can be insulated against adhesive wax, is resistant to moisture in order to facilitate problem-free cleaning and accordingly, its handling during processing is comparable to that of a conventional plaster model.

Optimal visibility of all model contours and preparation margins due to the opaque gray color of the models.

Suitable for processing in DLP 3D printers with a wavelength from 385 nm to 405 nm.

Easy and error-free to process – high physical stability minimizes sedimentation during storage and facilitates mixing.