Monocure Rapid 3D Resin – High quality good-value resin for your UV-LED, DLP and SLA-3D printer
Create highly detailed objects with good surface quality, high precession and excellent accuracy with this good-value resin for your DLP or SLA-3D printer. The high-quality Monocure Rapid 3D resin is designed and optimized for 3D printing with LED UV, DLP and SLA-3D printers. Thanks to its wide polymerization range from 225 to 420 nanometers, it can be processed on a variety of UV LED, DLP and SLA-3D printers.
Material properties of Monocure Rapid Resin:
Use it with your UV LED, DLP & SLA-3D printer
It can be used with many different brands and devices as the UV technology is very similar.
High polymerization speed (curing speed)
Wide range of colours
Optimized for high-resolution and precise components
Low material shrinkage of 0.5%.
Shore hardness D 70
Negligible odor compared to other resins/resins
These 3D printers allow you to process Monocure Rapid 3D Resin – for example on your Anycubic Photon, Wanhao D7 & D8, Creality LD-001 and other DLP-3D printers
For example, you can process this resin with your Wanhao Duplicator D7 or Duplicator 8, Anycubic Photon and Creality LD-001. Since almost all UV LED or DLP 3D printers use similar 3D printing technology, you can also use and process this resin on other 3D printers from different manufacturers.
These are possible areas of application for Monocure 3D Rapid Resin:
Research and development
Prototyping and prototype construction for research and development
Components for mechanical engineering and industrial usage
Medicine models & applications
Models for architecture & design
You can also use Monocure 3D Rapid Resin for other applications as well
Wide range of polymerization and reaction ranges – 225 nm to 420 nm wavelength
Monocure Rapid 3D resin is characterized by its wide range of polymerization range and wide reactivity spectrum. This inexpensive and high-quality resin cures at UV wavelengths of 225 to 420 nm. The UV light triggers the photopolymerization process, which then starts. During this chemical reaction, the liquid resin becomes solid and hard due to the energy input of UV light.
Photoinitiators, monomers and sensitizers for a fast polymerization process by UV light in a wide spectrum
By combining a mixture of photoinitiators, monomers and sensitizers, virtually any UV light source can initiate the polymerization process of Monocure Rapid 3D resin. If you wish, you can paint the 3D-printed parts after you have cured them, for example by placing them in a UV post-curing chamber or in sunlight. After complete curing, you can further process Monocure 3D Rapid Resin components and paint them, for example. The applied paint keeps your object protected from sunlight. This ensures that a component made of Monocure 3D Rapid Resin additively remains stable and durable for a longer period of time.
Tips for Cleaning Monocure Rapid 3D Resin – Use Isopropanol and a UV Curing Chamber
After 3D printing, clean the objects with your UV LED, DLP or SLA-3D printer by placing them in an isopropanol bath for about 10 minutes. This washes off liquid, unpolymerized material from the component. This allows you to improve surface quality and reveal fine details cleanly. After cleaning, let the parts dry and then place them in a UV curing chamber to cure your resin 3D prints.
Other resin properties:
Monocure Rapid 3D resin has been tested with a “Shore D hardness durometer” and has a value of 70 (for comparison a safety helmet has a hardness of 80).
The viscosity of this resin is 500-600 cps at 25 ° C (with Brookfield RVT)
All our resins are odorless, have no VOC emissions and show very low material shrinkage properties <0.5%>
We recommend that you store your Monocure 3D Rapid Resin in a dark, cool place without direct sunlight
If you like to work with a high quality resin on your DLP or SLA-3D printer, you should buy the Monocure Rapid 3D resin
Buy the Monocure Rapid 3D resin and you’ll get high quality resin for your UV LED, DLP and SLA-3D printers.