Crestaform Dental Modelling HP

High Precision 3D printing resin

The Crestaform Dental Modelling HP 3D printing resin is a high precision resin for DLP 3D resin printers. Dental HP is ideal for quick fabrication of highly accurate fixed and removable dental prosthetic models. It is pairing exceptional scan-to-model dimensional stability with rapid print speeds. Careful consideration has been taken in ensuring the surface finish and aesthetics of finished parts present outstanding definition of margin lines and anatomical details.

Crestaform Dental Modelling High Precision 3D printing resin is supplied in 500 and 1kg bottles. For larger orders, or to find out more about the properties and use of this resin, contact Cyanotec for a quote.

Available in colours: Pink/Peach.

3D Printer Compatibility

Crestaform Dental Modelling HP has been designed to work with any DLP 3D printer that is open to 3rd party resins, including, but not limited to:

▪ Asiga

▪ Rapidshape

Instructions for Using Crestaform® Dental Modelling HP Resin:

1. Always shake or mix the resin thoroughly before use, particularly for Crestaform DM HP, as pigment heterogeneity may impact print quality.

2. Open the container and pour the appropriate amount of resin into the tank based on the size of the printer model.

3. Take care to avoid spilling resin on the printer, LCD screen, or any area outside of the resin tank.

4. Before returning to storage container, Filter unused resin.

Recommended Post-Cleaning

1. Submerge print in clean post-wash detergent (Procure Post-Wash), for at least 5 minutes. Alternatively, rinse part with low-odour 3D print detergent. Reusing 3D post-wash detergents may diminish print clarity.

2. Dry print remove residual solvent prior to post-curing.

Recommended Post-Curing

1. Once printing is complete, Post-cure as soon as possible.

2. Post-cure each print for a minimum of 10 minutes under a dedicated UV curing light operating within the 385-405nm wavelength range. Alternatively, you may leave the print to cure for at least 2 hours under direct sunlight.

3. Employing temperature-assisted UV curing can enhance the rigidity of the print and may initiate shrinkage to improve the quality of negative features.