Fotodent® IBT Dreve 3D Resin for Orthodontic Indirect Bonding Trays
Référence: D35120
Fotodent® IBT 3D Resin – Dreve
Transparent 3D resin for orthodontic indirect bonding trays.
The Fotodent® IBT Dreve is a light-curing resin designed for the production of transparent transfer trays used in orthodontic indirect bonding.
It combines high transparency, controlled flexibility, and mechanical stability to facilitate visual control of bracket positioning during the clinical workflow.
- Precise visual control thanks to clear transparency.
- Optimized flexibility for easy tray removal after bonding.
- Material dedicated to digital orthodontic workflows.
3D resin for transparent orthodontic IBT trays
In a digital orthodontic workflow, the quality of the 3D resin for indirect bonding trays directly impacts the accuracy of bracket transfer. Fotodent® IBT enables the production of transparent orthodontic trays tailored to modern indirect bonding protocols.
Its formulation is designed to help dental laboratories produce trays that are clear, stable, and sufficiently flexible for easy removal after orthodontic adhesive polymerization.
Indications & benefits
- Production of orthodontic indirect bonding trays.
- Transparent resin for precise bracket positioning verification.
- High flexibility for easier removal after bonding.
- Stable final hardness after full post-curing.
- Compatible with standard bracket systems.
- Clean, reproducible digital production adapted to dental labs.
Dental applications
- Orthodontic IBT trays for simultaneous bracket placement.
- Transparent devices requiring excellent clinical visibility.
- Workflows combining intraoral scanning, CAD planning, and 3D printing.
- Temporary intraoral use according to manufacturer protocol.
- Orthodontic workflows focused on precision, efficiency, and repeatability.
Laboratory advantages
The Fotodent® IBT resin meets the specific requirements of indirect bonding: securely holding brackets during transfer while allowing controlled removal after bonding.
- Designed for digital orthodontic workflows.
- Excellent visibility of bonding areas.
- Consistent behavior after post-curing.
- Reduced inaccuracies compared to opaque materials.
Production tips
To achieve a precise IBT tray, it is essential to use a validated print profile, properly mixed resin, thorough cleaning, and a post-curing process compliant with manufacturer recommendations.
- Shake the bottle before each use.
- Filter the resin if particles are visible.
- Check fit before clinical use.
- Store parts and resin away from light.
Instructions – Preparation and printing
1. Homogenization
- Shake the resin before use to ensure uniform composition.
- Remove visible bubbles before printing.
2. Machine setup
- Use a dental 3D printer compatible with DLP / LCD 385–405 nm.
- Select a validated profile for Fotodent® IBT.
- Ensure compatibility between printer, resin profile, and post-curing unit.
3. Design
- Design the tray considering bracket retention zones.
- Minimize supports on functional areas.
- Optimize orientation for surface quality.
Instructions – Cleaning and post-curing
4. Cleaning
- Allow the part to drain after printing.
- Thoroughly clean to remove uncured resin residues.
- Use clean baths to avoid sticky surfaces.
5. Post-curing
- Post-curing is essential to achieve final properties.
- Follow recommended curing cycles.
- Check stability, transparency, and flexibility after curing.
6. Validation
- Check fit on the model.
- Verify bracket slot positioning.
- Store away from light until use.
When should you choose a transparent IBT resin?
A transparent orthodontic resin is recommended when the clinician needs full visibility of brackets through the tray during bonding.
Fotodent® IBT is ideal for laboratories producing dedicated indirect bonding trays without using generic resins that may be too opaque or too rigid.
Production considerations
- Insufficient cleaning may result in sticky surfaces.
- Incorrect post-curing may alter flexibility.
- Poor orientation may complicate finishing.
- Unfiltered resin may contain particles affecting print quality.
Consistency depends as much on the material as on strict adherence to the lab protocol.
Technical specifications – Fotodent® IBT
| Property | Indicative value |
|---|---|
| Name | FotoDent® IBT 385 / 405 nm |
| Brand | Dreve Dentamid |
| Reference / SKU | D35120 |
| Main indication | Transparent orthodontic indirect bonding trays |
| Packaging | 1 kg bottle |
| Material type | Methacrylate-based photopolymer resin |
| Compatible technology | DLP / LCD 3D printers |
| Wavelength | 385–405 nm |
| Viscosity | 0.7 ± 0.2 Pa·s |
| Final hardness | 90 Shore A |
| Elongation at break | ≥ 45 % |
| Use | Dental transfer devices / temporary intraoral use according to manufacturer protocol |
Recommended related products
Documents & resources
Technical documentation
Useful documents for implementation, quality control, and integration into your dental 3D printing workflow.
Compliance & safety
Recommended documents for product traceability, regulatory compliance, and laboratory protocols.
Delivery
Delivery: 1 bottle of Fotodent® IBT Dreve 3D resin.
Manufacturer packaging: 1 kg. Reference: D35120.
Lab tip for your IBT trays
Work with well-mixed resin, filter if necessary, and avoid prolonged exposure to ambient light. For reliable orthodontic trays, cleaning and post-curing must be as rigorous as the printing process itself.
FAQ – Fotodent® IBT Dreve 3D resin
What is Fotodent® IBT resin used for?
The Fotodent® IBT is designed for manufacturing orthodontic indirect bonding trays, allowing precise bracket transfer from digital or printed models to the clinical situation.
Why is transparency important for IBT trays?
Transparency allows clinicians to clearly see brackets through the tray during bonding, improving positioning accuracy and control before adhesive curing.
Is this resin compatible with all dental 3D printers?
It is intended for DLP / LCD printers operating at 385–405 nm. Compatibility depends on printer settings, layer thickness, and post-curing protocol.
Is post-curing necessary?
Yes, post-curing is essential to achieve final mechanical properties such as hardness, flexibility, and stability. Insufficient curing may result in sticky or non-compliant parts.
How should printed parts be cleaned?
Parts must be thoroughly cleaned to remove uncured resin. Poor cleaning can lead to surface defects and inconsistent mechanical behavior after curing.
Is Fotodent® IBT suitable for intraoral use?
It is designed for temporary intraoral orthodontic transfer devices, provided the full protocol (printing, cleaning, drying, post-curing, inspection) is followed.
Fotodent® IBT Dreve 3D Resin for Orthodontic Indirect Bonding Trays