Pac-Dent Rodin Ortho IBT Resin | Advanced Indirect Bonding Tray Material from Starcona

Starcona Dental Supply, a trusted leader in dental CAD-CAM consumables and 3D printing resins, proudly offers the Pac-Dent Rodin Ortho IBT Resin—a cutting-edge solution designed for high-precision indirect bonding trays.

This FDA-registered resin has undergone rigorous biocompatibility testing, ensuring safe, reliable use in orthodontic applications. With exceptional accuracy, strength, and ease of handling, it enhances workflow efficiency while delivering precise, patient-specific results.

Why Choose Rodin 3D Resins?

The Rodin 3D Resins collection represents the pinnacle of digital dental innovation, providing materials that seamlessly integrate into your workflow for high-quality, consistent results.

✅ Seamless Workflow Integration – Designed for effortless compatibility with leading 3D printing systems.
✅ Exceptional Esthetics & Clarity – Ensures precise visualization for accurate bracket placement.
✅ Superior Mechanical Strength – Delivers flexibility and durability, ensuring easy tray removal without breakage.

Optimized Production for Maximum Efficiency

3D Printed Indirect Bonding Trays with Rodin Ortho IBT Resin

✔ Total Processing Time: 120 minutes per denture base
✔ Full Arch Printing: 60 minutes per full tooth arch
✔ Production Capacity: Up to 24 dentures per 8-hour shift (4 cycles)

Traditional Milling Trays

❌ Total Processing Time: 210 minutes
❌ Rough Mill (Base & Teeth): 60 minutes
❌ Fine Milling After Luting: 150 minutes
❌ Production Capacity: Only 2.2 milled dentures per 8-hour shift

With Rodin Ortho IBT Resin, orthodontic professionals can achieve higher accuracy, improved efficiency, and streamlined bonding procedures, ensuring optimal patient outcomes.

🔹 Upgrade to Pac-Dent Rodin Ortho IBT Resin today and enhance your orthodontic workflow! 🔹

Value Proposition:

Cost 

Rodin Titan 1.2kg Bottle, Retail cost of $999.00 

• Cost Breakdown: $10 per Arch (12g)

 • 100 Full Denture Tooth Arches per bottle 

Rodin Denture Base, 1kg Bottle, Retail Cost of $399.00 

• Cost Breakdown: $6 per Maxilary (Upper) Denture Base and $5.40 per Mandibular (Lower) Base 

• 50-56 Denture Bases per bottle 

Approximate Manufacturing Cost for Both Components:

• $32 per Denture set 

• Upper Denture -$16 

• Lower Denture-$15.40 

Estimated Total Workflow Time

 • 60 Minutes per Full Arch at 100 micron layer thickness

 • 120 Minutes per Denture Base

 2 Hour Completion of Multiple Dentures when Printing Simultaneously

 **Working time will vary based on orientation dictating overall height of patterns printed** 

Key Features

• Flexibility and Durability: The resin is formulated to be both flexible and durable, allowing it to conform to the natural dentition and retain its shape.

• Transparency: The material has a high level of transparency, enabling handheld UV light sources to penetrate and cure light curable cements efficiently.

• Low Odor: The Pac-Dent Rodin Ortho IBT Resin is engineered to have a non-offensive odor compared to similar resins available in the market.

Applications

The Pac-Dent Rodin Ortho IBT Resin is specifically designed for creating indirect bonding trays, which play a crucial role in orthodontic treatments. These trays are designed to easily flex and retain their shape against the natural dentition, allowing for rapid positioning of orthodontic brackets. This ensures accurate and efficient bonding processes.

Product Details

• Part Number: 3DR-OIBTF
• Price: $249.00
• Weight: 1 kg bottle
• Size: 3.25 inches in diameter and 9 inches in height

Purchase and Support

Starcona offers this product with a comprehensive support system, including a 24-hour chat support and more. For Starclub members, there are additional benefits available. The product is in stock, ensuring prompt delivery.

Product Line

The Pac-Dent Rodin Ortho IBT Resin is part of the larger Pac-Dent Rodin 3D Printing Resins line, which includes a range of products tailored to specific dental applications. These resins are known for their high-quality formulations, versatility, and user-friendly workflows.

Compatibility

Starcona ensures compatibility with various 3D printers, including models from Ackuretta, Asiga, Carbon, Flashforge, Nexa3D, Phrozen, RayShape, Shining 3D, and WhipMix. This broad compatibility makes the Pac-Dent Rodin Ortho IBT Resin an accessible choice for dental professionals employing different printing technologies.

Compatible Printers:

From The Manufacturer:

Product Descriptions

All of the Rodin™ 3D Resin printing materials are FDA-registered medical devices and have been successfully tested for biocompatibility.

Rodin™ Ortho IBT is highly flexible yet durable for printing indirect bonding trays. Orthodontists can easily place all the brackets at once, saving time at the chair.

Applications: Indirect bonding trays

Brea, California (September 19th, 2023) – Dental Manufacturer Pac-Dent, Inc. and 3D Printer Manufacturer SHINING 3D are proud to announce the introduction of Pac-Dent’s Rodin™ Sculpture and the Rodin™ 3D Resins to the SHINING 3D line of printers.

The following Pac-Dent Rodin™ Resins are now validated on the Shining 3D AccuFab-L4D and Shining 3D AccuFab-L4K printers:

• Rodin™ Sculpture
• Rodin™ Try-In
• Rodin™ Ortho IBT
• Rodin™ Model
• Rodin™ Surgical Guide
• Rodin™ Castable

Shipping cost is the standard UPS rate. We ship via UPS Ground (or USPS), and process orders within 1 business day.

Air shipment: Please note that according to UPS rules liquids can only be shipped via UPS Ground shipping. Any order containing liquids will therefore be shipped with UPS Ground shipping.

We gladly accept returns for brand-new items within a 30-day window from the date of order receipt. To initiate a return, please reach out to us to obtain your Return Merchandise Authorization (RMA) number. Please note that a 15% restocking fee will be applied to all returns. Additionally, customers are responsible for covering the return shipping costs. Your satisfaction is important to us, and we are here to assist you through the return process.