Carbon has announced the validation of the Keystone KeyMask resin for use with Carbon M-series printers. According to the company, this collaboration marks a continuation of the partnership between Carbon and Keystone Industries.
According to Carbon, KeyMask is known for its remarkable strength, flexibility, and natural aesthetics, ensuring durability and a realistic representation of gingival tissue. By integrating KeyMask with Carbon’s advanced M-series printers, dental labs can achieve a high level of precision and efficiency in their restoration workflows.
KeyMask, developed by Keystone Industries, is a flexible, yet firm 3D-printed material designed to simulate the look and feel of natural gum tissue. Its introduction to the Carbon M-series printers enables dental labs to enhance their digital restoration planning with accurate, low-shrinkage, and easily trimmed gingival masks. This resin solution aims to transform the way dental labs approach prosthetics and restorative dentistry.
“Carbon’s partnership with Keystone to validate KeyMask for our M-series printers is a testament to our commitment to offering the best materials for digital dentistry. This collaboration enhances our portfolio of dental solutions, providing our customers with the tools to deliver high-quality cases to their customers,” said Phil DeSimone, CEO and co-Founder of Carbon.
Keystone KeyMask is now available for use with Carbon M-series printers in select regions, including the US and Europe. Keystone Industries focuses on consumable digital, laboratory, operatory and preventative products. The company is known for formulating biocompatible photopolymer resins as well as its innovative KeyPrint line of 3D printing resins, Diamond D high-impact denture base, and the Pro-Form line of thermoplastics.
Carbon is a 3D printing technology company which aims to enable companies to develop superior products and bring them to market faster. The Carbon DLS process, utilising state-of-the-art printers, advanced software, and high-quality materials, is said to empower engineers and designers to surpass conventional expectations in product development.
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