3DISC Announces Seamless Integration with Clinux CAD Software, Revolutionizing Dental Restorations

3DISC, a global leader in digital-imaging solutions for dental and medical practices, is thrilled to announce its partnership with Clinux CAD software. This integration empowers dental professionals to revolutionize their chairside practice by designing and exporting restorations in under 3 minutes.

Dental practitioners using Clinux CAD can now seamlessly access extensive CAD design libraries for quick and efficient workflows, covering Crowns, Inlays/Onlays, multi-unit designs, Night Guards, and Splints.

Eamonn Boyle, R&D Manager of 3DISC:

“We are excited to provide the new integration that gives our users the opportunity to directly integrate with Clinux and to provide an alternative solution for dental restorations and appliances. This integration is part of 3DISCs drive to work with industry partners to give more choice to our users.”

About Clinux CAD:

Clinux CAD stands as the world’s first cloud-based CAD software for dentists, meticulously designed by clinical experts at CAD-Ray. Its user-friendly workflows simplify the design process for Crowns, Crownlays, Inlays/Onlays, multi-unit designs, Night Guards, and Splints, offering dental professionals unparalleled ease and efficiency. For more information visit the Clinux CAD official website: Clinux

About 3DISC:

Founded in 2007, 3DISC is a pioneering force in digital-imaging solutions for dental and medical practices. With headquarters in the United States and France, the company is dedicated to developing innovative solutions with both dentists and patients in mind. Renowned for its cutting-edge products, 3DISC has received international acclaim, including the 2018 Global Competitive Strategy Innovation and Leadership Award.

Articles

Similar Articles

With Scan&Tell, one single 3D scan allows you to present
a personalized treatment plan to your patient in zero additional

Apply for this position

Click to upload or drag and drop

SVG, PNG, JPG or GIF (max. 800x400px)