Cad/Cam

SIMPLEX model isolatie

Isolatie voor 3D geprinte modellen
SIMPLEX modelisolatie is een isolator ontworpen voor modellen die 3D geprint zijn met een filament systeem.
Deze kant-en-klare isolator maakt het heel eenvoudig om orthodontische hulpmiddelen van tandhars op het geprinte model te maken.
Het wordt aangebracht met een kwast en vormt een gelijkmatige, zeer dunne isolerende laag op het oppervlak van het model.
Het resultaat: de modelhars en de tandhars zijn perfect gescheiden.
Na polymerisatie kan het afgewerkte object eenvoudig van het model worden losgemaakt, waarbij alle oppervlaktedetails behouden blijven.

Voordeel

Geschikt voor modellen gemaakt met filament 3D-printing, ontworpen voor het isoleren van modellen bij het maken van uitneembare orthodontische hulpmiddelen.
Ook geschikt voor modellen gemaakt met SLA/DLP printprocessen.
Een enkele laag is voldoende voor een optimale scheiding tussen model en object.
Verwijdert volledig met water en vereist geen reiniging met stoom, waardoor het gemakkelijk te gebruiken is en schade aan het materiaal wordt voorkomen.

Detail

Vrij van stoffen die schadelijk zijn voor de gezondheid.
Perfect isolerend effect.
Optimale, zeer dunne isolerende laag.
Volledig verwijderbaar met water.
Schaadt het materiaal niet.

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.

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.