Flexcera™

Introducing Flexcera™, A new resin for the fabrication of beautiful, functional dentures with ceramic-like strength exclusively for use with your EnvisionTEC 3D printer. Available as Flexcera™ Smile and Flexcera™ Base and formulated exclusively for use with Desktop Health 3D printers.

• ~3 times more resistant to fracture
• ~2 times more resistant to moisture
• A hybrid ceramic resin with optimal translucency
• Long-chain chemistry provides ceramic-like strength in a bottle

Flexcera™ Base

Flexcera™ Base is a light-curable resin for the fabrication of high-impact and removable denture bases.

• Flexcera™ Base is an FDA 510(k) Cleared Class 2 Medical Device indicated for the fabrication of denture bases for full removable dentures
• FDA 510(k) Class 2 Cleared, CE Marked, and MDR Class I certified
• Available in 5 lifelike gingiva shades including a new Pink shade, designed specifically to closely resemble industry standards.

Flexcera™ Base Ultra+

Flexcera™ Base Ultra+ is a light-curable resin indicated for the fabrication of denture bases for full and partial removable dentures. The material is an alternative to traditional heat-curable and auto polymerizing resins.

• Formulated with nano-ceramic hybrid composite resin, its proprietary long-chain chemistry delivers a stronger and stiffer denture base that allows for thinner denture designs
• FDA 510(k) Class 2 Cleared, CE Marked, and MDR Class I certified
• Available in 5 lifelike gingiva shades including a new Pink shade, designed specifically to closely resemble industry standards

Flexcera™ Smile Ultra+

• FDA 510(k) Class 2 Cleared for permanent 3d printed teeth
• A Nanoceramic Resin with lifelike esthetics and translucency
• Available in a wide range of colors to match each patients smile

Flexcera™ Smile

Flexcera™ Smile is a light-curable resin for the fabrication of high-impact artificial teeth with variable translucency for dentures. Compatible and validated for use with EnvisionTEC™ systems.

• Flexcera™ Smile is an FDA Class 1 Medical Device for the fabrication of artificial teeth for dental prostheses.