Composer
Part setup for Dentistry
Part setup for Dentistry
Composer 2.0 automatically detects appliance type (for some industries) and then automatically orients and support the part for optimum printing outcomes.
Below is a guide to help optimise print accuracy and accuracy for a range of dental appliances.
Dental models
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended Layer Thickness | Recommended Part Orientation |
|---|---|---|
| Crown and Bridge Models | 50 µm | Horizontal |
| Dental Implant models | 50 µm | Horizontal |
| RPD and Denture Models | 50 µm | Horizontal |
| Diagnostic Wax-up Models | 100 µm | Horizontal/Vertical |
| Study models | 100 µm | Horizontal/Vertical |
| Dental Thermoforming models | 100-150 µm | Horizontal/Vertical |
Horizontal
- Crown and Bridge Models
- Dental Implant Models
- RPD and Denture Models
Vertical
- Study Models
- Diagnostic Wax-up Models
- Dental Thermoforming Models
Hollowing models
- Make sure hollow models have drain holes at the base of the models to prevent volumetric pressures from occuring. This creates a phenominom we call ‘Suction Cup’. Learn more here >
- Hollow models can still carry a lot of liquid resin in their cavities after printing. Especially with higher viscous materials. This can lead to increased cleaning efforts and quicker contamination of your cleaning solution.
Consider printing solid models over hollow models for process optimisation.
Asiga dental model materials
DentaMODEL
The gold standard in dental model materials. Exceptional accuracy, surface finish and colour.
Trusted globally.
DentaSTUDY
Denta is a high heat resistant material with unique ‘Anti-Stick’ surface release chemistry making it perfect for vacuum and pressure thermoforming.
DentaFORM Grey
Asiga DentaFORM is a high heat resistant material with unique ‘Anti-Stick’ surface release chemistry making it perfect for vacuum and pressure thermoforming.
DentaFORM Beige
Asiga DentaFORM Beige is a high heat resistant material with unique ‘Anti-Stick’ surface release chemistry making it perfect for vacuum and pressure thermoforming.
Oclussal Splints / Night Guards
Part Orientation
For orientation of splints please refer to the guidelines of the material manufacturer. As a general guide it is typically best to orient the splint with the posterior closest to the platform standing vertically or angled between 5-30 degrees from vertical.
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
UltraGLOSS
Print splints with a glossy surface finish direct from the 3D printer with UltraGLOSS.
Denture Bases
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended Slice Thickness | Recommended part orientation |
|---|---|---|
| Denture Base | 50-100 µm 50 µm for higher quality surface 100 µm for quicker print speed | 60-80 Degree inclination with the intaglio surface towards the build platform. |
| Upper Dentures should be oriented so that the posterior region is closest to the build platform. | ||
| Lower Dentures should be oriented so that the anterior region is closest to the build platform. |
Design tips
- A 50-100 µm spacing between the denture base & tooth is recommended for best fitment.
- Some material manufacturers recommend adding a minimum of one structural bar to bridge between the two sides of the arch. This can in some cases prevent warping which can be more prominent for lower dentures.
Asiga denture base material
DentaBASE
High strength and rigidity, ease of finishing and excellent adhesion characteristics for bonding.
Denture teeth
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended Slice Thickness | Recommended part orientation |
|---|---|---|
| Denture Base | 50-100 µm 50 µm for higher quality surface 100 µm for quicker print speed | 60-80 Degree inclination with the intaglio surface towards the build platform. |
| Upper Dentures should be oriented so that the posterior region is closest to the build platform. | ||
| Lower Dentures should be oriented so that the anterior region is closest to the build platform. |
Design tips
- A 50-100 µm spacing between the denture base & tooth is recommended for best fitment.
Asiga denture teeth material
DentaTOOTH
High strength, high-wear and stain resistant 3D printable resin for the production of Denture Teeth and Temporary Dental Restorations.
Available in a range of Vita Colour shades including A1, A2, A3, B1, B2, B3.
All-on-X
Part Orientation
To achieve optimum accuracy and surface finish we recommend orienting AOX cases flat (horizontal to build platform).
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
Custom Trays
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended slice thickness | Recommended part orientation |
|---|---|---|
| Custom Impression Trays | 100-150 µm. | Custom Impression Trays should be oriented so that the intaglio surface of the tray is facing away from the build platform. Angulation of the custom tray is not crucial. |
Asiga custom tray material
DentaTRAY Turquoise
High strength, high-wear and stain resistant 3D printable resin for the production of Denture Teeth and Temporary Dental Restorations.
DentaTRAY Orange
High strength, high-wear and stain resistant 3D printable resin for the production of Denture Teeth and Temporary Dental Restorations.
Surgical Guides
Part Orientation
To achieve an optimum fit with an implant sleeve we recommend orienting the guide so that the sleeve sits perpendicular to the build platform.
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended Layer Thickness | Recommended Part Orientation |
|---|---|---|
| Implant Surgical Guides | 100 µm | See below |
| Gingivectomy Surgical Guides | 100 µm | See below |
| Bone Reduction Guides | 100 µm | See below |
| Implant Abutment Positioning Guides | 100 µm | See below |
Asiga surgical guide material
DentaGUIDE
Rigid, clear, autoclavable, biocompatible material engineered for the fabrication of surgical guides.
Try-in Denture
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended layer thickness | Recommended part orientation |
|---|---|---|
| Try-in Dentures | 100 µm | 60-80 Degree Inclination with the intaglio surface facing towards the build platform. |
| Upper Try-in Dentures should be oriented so that the posterior region is closest to the build platform. | ||
| Lower Try-in Dentures should be oriented so that the anterior region is closest to the build platform. |
Asiga tray-in denture material
DentaTRY
DentaTRY is easy to carve, adjust, and add wax to make the required adjustments in the Try-In phase.
Available in a range of Vita Colour shades including A1, A2, A3, B1, B2, B3.
Indirect Bonding Trays
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended layer thickness | Recommended part orientation |
|---|---|---|
| Indirect Bonding Trays | 100 µm | Horizontal: Indirect bonding trays should be oriented so that they are horizontal touching the build platform on a flat plain. |
Asiga IBT material
DentaIBT
DentaIBT is a clear and flexible material used to aid the accurate positioning of orthodontic brackets onto the patient’s teeth.
Gingiva
Part Orientation
Part orientation can be a major contributor to the output quality and accuracy of the object being printed.
| Indication list | Recommended slice thickness | Recommended part orientation |
|---|---|---|
| Gingiva Mask | 100-150 µm | Horizontal: Gingiva Masks should be oriented so that they are horizontal touching the build platform on a flat plain. |
Asiga gingiva material
DentaGUM
A flexible pink material developed to replicate the patient’s gingiva and an essential component when producing a dental implant case.
