Keystone Industries’ KeySplint Soft Clear for Carbon Printers is a unique 3D printing resin for manufacturing dental splints and night guards in the advanced Carbon M-Series printers using breakthrough Carbon DLS™ technology. The printed splints are strong, yet flexible for patient comfort, and are not brittle.
With Keystone and Carbon technologies, users can efficiently and profitably produce durable, flexible splints and night guards at volume.
KeySplint Soft Clear for Carbon Printers is biocompatible and fully compliant with international medical device regulations and standards. Our robust formulation guarantees two years of shelf life, is color stable, and is resistant to fractures, abrasion and staining.
We have optimized a water-clear version of our KeySplint Soft resin exclusively for Carbon printing technology.
MSRP $425 USD
MSRP $425 USD
Strong, Yet Flexible
KeySplint Soft Clear for Carbon Printers produces a unique device that can withstand the force of bruxism, while remaining flexible for patient comfort. The product is not brittle, and is fracture and abrasion resistant.
Digital Precision at Scale
Using Carbon Digital Light Synthesis™ technology, KeySplint Soft Clear for Carbon Printers provides unparalleled detail and precision. This advanced platform allows for the manufacturing of precision devices at higher volumes.
KeySplint Soft Clear for Carbon Printers is CE Marked for sale in the EU as a Class IIa biocompatible material, is approved for sale by Health Canada, and is 510k-pending in the USA.
We’re excited to partner with Keystone and combine our innovative, cutting-edge technologies to exclusively offer the KeySplint Soft Clear material to Carbon’s global network of dental partners. KeySplint Soft Clear resin is a best-in-class material for night guards and bite splint applications.
Carbon is the world’s leading digital manufacturing platform that drives accelerated product innovation. With the Carbon Platform, powered by breakthrough Digital Light Synthesis technology, companies finally break free of the constraints of traditional polymer manufacturing to make what’s next now at speeds and volumes never before possible.