3D solutions for Dentists
Professional accuracy is key for orthodontics when printing bridges, guides and full dentures, add speed and a wide range of dental resins, EnvisionTEC’s latest 3D printers will deliver perfect models in minutes.
3D printers for Dentists
Professional accuracy is key for orthodontics when printing bridges, guides and full dentures, add speed and a wide range of dental resins, EnvisionTEC’s latest 3D printers will deliver perfect models in minutes.
Benefits:
– High Production of Orthodontic Models for Clear Thermoformed Aligners
– Durable Orthodontic Models for Appliance Creation
– Indirect Bonding Trays for Bracket Placement
– Night Guards and Bite Splints
– Highly Accurate Dental and Orthodontic Models
– Castable Crowns, Bridges and Partial Denture Frameworks
– Direct Crowns and Bridges in Four Shades
– Bite Splints or Night Guards
– Indirect Bonding Trays
– Surgical Drill Guides
– Denture Bases
EnvisionTEC D4K Pro Dental
Highest resolution 4K desktop 3D printer
Suitable for models to full dentures and everything in between
Designed for chairside use and small labs
Envision One cDLM Dental
Perfect for 3D printing orthodontic applications
Capable of printing 6 orthodontic arch models in under 15 minutes
One of the most advanced desktop 3D printers ever created
Endorsements
Hear what the customers have to say
Oral Arts Dental Laboratories
Oral Arts has been a leader in the dental lab industry for over 45 years. Founded by Thomas Winstead and headquartered in Huntsville, AL, Oral Arts has become one of the most innovative dental labs in North America through its utilisation of additive manufacturing and the Envision One 3D printer from EnvisionTEC.
See it in action
13 full sets in 25 minutes, watch this 35 second video
Get Faster, More Accurate Parts
The Envision One cDLM is a new high-speed 3D printer using a patented technology for faster, more accurate parts. Perfect for a wide variety of 3D printing applications, the Envision One cDLM delivers an end to end solution including design software parameter optimisation which produces parts with minimal supports.