Indirect Bonding Trays

Indirect Bonding Trays

Add Digital bracket placement for indirect bonding to your workflow. It allows to reduce the lab time drastically and increase chairside efficiencies. In addition, the ability to accurately fabricate indirect bonding trays can expand practice capacity and create a real return on investment for your digital equipment.

Key Advantages:

  • A cost-effective and time-saving solution
  • Increase patient satisfaction by printing a full-arch bonding tray in less than an hour

Material for Indirect Bonding Trays

NextDent Indirect Bonding Tray is a biocompatible Class I material for orthodontic applications. Making use of the right dental software, you can plan the exact location of orthodontic brackets and design the Indirect Bonding Tray. Due to the flexible characteristic of the printed indirect bonding trays, orthodontists can easily place all the brackets at once, saving time at the chair.

KeyOrtho IBT for EnvisionTEC is ideal for printing orthodontic transfer trays for positioning brackets. KeyOrtho IBT for EnvisionTEC’s translucency allows for precise positioning before and during bracket placement. Its high tensile strength allows for easy application of brackets in a single step, reducing chair time to minutes. It is flexible for easy removal, and works with all general bracket systems. It is also odorless and tasteless for patient comfort.

E-IDB Indirect bonding Tray 3D Printing EnvisionTEC

Use our ROI Calculator to see how much 3D printing can increase your profits

Variables and Costs for 3D Printing Indirect Bonding Trays In-office

Average revenue for a case
Average cost to outsource design to digital lab or designer.
Average fee to have case designed and fabricated off-site and mailed to your office.

Return on Investment When Using 3D Printing

Cases Delivered Per Month
Patient Fee
Digital Design Fee
Traditional Big Box Lab Design & Production Fee
Annual Profit with 3D Printing
Monthly Profit with 3D Printing
Monthly Cost - Equipment and Design
Annual Profit Increase Compared to
Traditional Methods

Envision One cDLM Dental

Created by one of the most experienced teams of engineers in 3D printing, the Envision One cDLM is the largest, most advanced desktop 3D printer ever created. It is bigger, faster, easier to use and more innovative than all the other 3D printers on the market.

Designed to take you from beginner to expert in a single machine, the Envision One cDLM is the only professional 3D printer you’ll ever need. EnvisionTEC delivers an end-to-end solution including design software parameter optimization to deliver accurate parts every time with minimal supports.

D4K Pro Dental

Introducing the D4K Pro, the highest resolution 4K desktop 3D printer. The D4K Pro from EnvisionTEC includes the fastest print speed for a standard DLP printer, and delivers extremely accurate parts with the finest detail available. The D4K Pro is built on an industrial 4K DLP projector which guarantees stable performance for many years. The D4K Pro is compatible with all EnvisionTEC DLP resins for the dental industry, providing essential solutions for applications from models to full dentures and everything in between.

Designed for chairside and small labs, the D4K Pro is the industry’s newest solution, brought to you by the original inventors of DLP 3D printing technology. EnvisionTEC has been leading the way for dental 3D printing since 2003, with equipment and material innovations that have revolutionized the dental and orthodontic industries.

Digital Dentistry and the 3D Printing Workflow

As a part of the digital workflow, 3D-printed indirect bonding trayss enable a more efficient workflow. Implementing dental workflow can results in more accurate end-results, beneficial for the patients.

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3D Printing Materials for the Indirect Bonding Trays Industry

Biocompatible, tasteless, and odorless, KeyOrtho IBT for EnvisionTEC is ideal for manufacturing indirect bonding trays. Drastically reduce chair time and increase patient comfort during the orthodontic bracket setting process.