Splint 2.0

Splint 2.0 is at the forefront of dental resin technology, offering unmatched stability, strength, and wear resistance. Precisely engineered for 3D printing of dental splints, night guards, retainers, and snoring devices, this resin is the ideal choice for patients experiencing severe bruxism, night grinding, or snoring issues. Its superior physical properties ensure both effectiveness and longevity.

Splint 2.0 represents the pinnacle of dental resin innovation, combining functionality, durability, and patient comfort in one advanced solution, suitable for a wide range of dental applications.

Key features
  • Superior Durability: Splint 2.0 is crafted with a unique formula that enhances hardness, guaranteeing a product that withstands the test of time.
  • Optimized for Bruxism and Snoring: Tailor-made to combat the challenges of clenching, grinding, and snoring, this resin offers exceptional resistance to wear, making it ideal for patients with bruxism or those in need of snoring mitigation.
  • Crystal Clear Aesthetics: With its optically transparent composition, Rodin® Splint 2.0 ensures a discreet and aesthetically pleasing appearance, blending seamlessly with the natural look of teeth.
  • Enhanced Patient Comfort: Designed with patient experience in mind, this resin is free from unpleasant odors and tastes, ensuring comfort during use
MSRP

1 kg Bottle - $ 357.73

ITEM Numbers

23865

Splint 2.0, 1 kg/Bottle

Shelf life
  • 36 monts

Applications

Night Guards and Splints

Splint 2.0

Recommended Workflow

1. Evaluation & Intraoral Scan

Confirm the patient is a suitable candidate for a splint and capture accurate intraoral scans of their dentition and occlusion to create an accurate 3D model for appliance design.

2. Design

Import the scan into CAD software to design a digital appliance that's tailored to the patient's specific indication, customized for their bite and anatomical features.

3. Printing & Post-Processing

After 3D printing the splint using a validated printer, remove it from the build platform and perform an initial alcohol rinse (IPA or ethanol) to remove excess resin.

4. Trimming & Finishing

Use lab acrylic and carbide burs to refine the margins, adjust occlusion if necessary, and smooth the edges for enhanced patient comfort.

5. Coat

After polishing, brush on a thin layer of the same resin used to print, before performing a full post-cure cycle.

6. Post Cure

Place the appliance in a validated post-curing unit to achieve full polymerization of both the appliance & glaze, ensuring optimal mechanical properties and long-term durability.

7. Final Polishing

Perform a final high-shine polish using a polishing wheel and paste, then deliver the splint to the patient, ensuring a proper fit, occlusal balance, and patient comfort.

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