Technical data
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3,5 % Flexural stress
65,7 ± 3,4 MPa
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Flexural strength
71,2 ± 4,2 MPa
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Flexural strain
4,93 ± 0,13 %
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Flexural modulus
2484 ± 145 MPa
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Shore hardness D
90 ± 1
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Viscosity
220 mPa·s
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Wavelength range
385-405nm
Enhanced presentation
How it works:
- Design your model so that all teeth and dies can be converted to removable.
- Print them in a tooth-coloured material, such as NYTE3D Model Sand or NYTE3D 3IN1 Try·In.
- In a second step, print the gingival part of the model in NYTE3D Model Flamingo resin.
- When finished, simply insert the dies into the model base.
Flamingo models – showcasing high-end dental technology
Producing Flamingo models in two printing steps can be a little more labour-intensive. However, some technicians use this method specifically to produce high-quality work or to create demonstration models.
Excellent properties
Print economically and accelerate the printing processes
The most stressed component of your 3D printer is the light and imaging unit. In most of the cases, this is a LED panel in combination with a monochrome display (MSLA printer) or a projector (DLP printer). Thanks to the high reactivity of our NYTE3D Model Flamingo material, the exposure times of your printer can be reduced considerably and more models can be printed with a reduced machine load. The economic efficiency increases!
The significant reduction of the exposure time shortens the printing process.
Hard and dimensionally stable models
The volume of the printed model typically decreases during the printing process and the post-exposure and it shrinks. Due to the choice of high-quality raw materials and the quite easy finishing procedure of the printed objects, the NYTE3D Model Flamingo shrinks only marginally. Nonetheless, the printed objects have a high shore hardness so that they can be processed perfectly.
Easy finishing procedure and fast printing processes thanks to a low viscosity
Do you know the following problems?
- You cannot print faster because the material flows back very slowly
- Cleaning of the printer cartridge and the building platform is work-intensive and time consuming
- There are residues of washed-up resin in the ultrasonic bath. Therefore, the material consumption increases and the objects may show an unpleasant coating after the cleaning
- All of these problems which were brought to our attention by dental technicians are due to a high material viscosity. The low material viscosity helps to make the finishing procedure easier and to reduce ineffective times.
"Nyte3D are the most accurate and rapid producing resins I have used and tested. These resins drastically reduce production times and laboratory bottle necks. Made by dental professionals for dental professionals. Thanks Nyte 3D!"
Mark Samuel Chan, Denturist
Swiss NF Metals Inc – Canada
Printer
settings
The resin can be used in devices with a wavelength of 385 nm and 405 nm. Therefore, it covers the most common 3D printers in the dentistry.
Your 3D printer is not listed? Just ask us if your printer is compatible. Of course, we or one of our partners may help you to find the perfect printer setting of your dental 3D printer. Just give us a call.
