Dental

Carbon offers a unique complement to your laboratory business. Our approach, powered by Digital Light Synthesis™ technology, has the versatility to cater to all your dental production needs. Carbon provides high-quality materials, software updates to improve the speed and accuracy of our hardware, and a validated workflow.

Our subscription model links Carbon’s success to yours by creating a collaborative and long-term partnership with your lab. You’ll never worry about obsolescence when you have access to the latest materials and software, unprecedented all-inclusive service and support, and world-class training and education.

Hardware

Our M Series printers and Smart Part Washer offer versatility and enable scalability for any lab.

Software

Scan, design, and print using your preferred digital process with our open workflow.

Major orthodontics laboratory trusts Carbon’s dental solution for thermoforming applications

One of the largest family-owned orthodontics labs in the U.S., New England Orthodontic Laboratory (NEO Lab) recently selected Carbon’s dental solution to produce a variety of 3D-printed orthodontics dental parts. Read more to find out why Christian Saurman, Vice President of NEO Lab, decided to subscribe to Carbon’s complete 3D Manufacturing dental solution, and why the lab trusts Carbon’s subscription-based partnership model.

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Additive Manufacturing of Dental Devices: A Primer on Regulatory Affairs

Carbon’s journey in digital dentistry began in 2017 with the release of DPR 10, a stone-colored material for rapid and accurate printing of dental models, with properties suitable for thermoforming models. The growth of Carbon’s user base in dental and orthodontic laboratories has been nothing short of phenomenal, but with that growth has come an awareness of the complexity of the regulatory landscape for dental materials, and for our customers’ readiness to meet those requirements.

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Ziemek dental identifies impressive ROI with Carbon

Ziemek Laboratories is a dental laboratory (lab) headquartered in Olympia, Washington. Founded in 1990 by Bob Ziemek, the lab specializes in crowns, implants, removable products, and all aspects of digital dentistry. In this case study, we will describe what factors went into this decision making process, present a return on investment (ROI) framework, and establish why the Ziemek Laboratories leadership team believed in Carbon’s dental solution.

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Carbon technology brings new capabilities to dental model creation

At Carbon, customers come first and we thrive on solving tough problems. After speaking with more than 40 dental and orthodontic labs, we synthesized the top-3 challenges labs have with existing 3D printing solutions in the market and explain how Digital Light Synthesis technology is a solution to these challenges.

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Scan

Capture relevant data using an intraoral or desktop scanner. Ensure the capture covers enough of the intraoral space to produce the desired restoration or model.
Design

Using commercially-available dental CAD software, design an appropriate model or restoration and export it as an .STL file.
Print

Through the Carbon user interface (UI), nest and support the object and select the appropriate printing resolution. Load the printer with the specified type and amount of resin, and press Start.
Post-processing

After printing, remove the parts from the build platform and clean them according to the resin manufacturer’s instructions. Once parts are cleaned, supports can be removed before or after the final cure.

Dental Materials

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Customer Service & Support

Find and build the best applications of DLS.

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News

Stay up-to-date on the latest news from Carbon.

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Resources

Review case studies and best practices for DLS™.

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