ETEC Envision One XL Industrial 3D Printer Features
Introducing the ETEC Envision One XL
The most advanced desktop 3D printer combines speed, simplicity, and innovation to provide your end-to-end solution for all your dental applications.
Designed for High Volume Production
Engineered to run day and night in a production environment, the Envision One XL also offers remote monitoring and job starting capabilities for ease of use.
Accuracy With Minimal Supports
Proprietary design software parameter optimization delivers accurate parts every time with minimal supports.
385nm LED Projection Tech that Delivers Speed & Strength
Our custom projector used in Envision One delivers high-intensity light uniformly across the entire build surface. Developed specifically for 3D printing, each projector’s output is checked at key points across the build surface for accuracy measured down to the individual pixel. It’s the only way to ensure a perfect, accurate print. Every single time.
Premium grade, FDA-cleared Rapidly Growing Dental Portfolio
Now Offering Open Certified 3D Print Materials
Desktop Health's large library of FDA-cleared biocompatible resins and precise model materials represent outstanding value and quality for every clinical application.
Save Time. Just Hyperprint
Do more with our 1 click design and rapid prototyping software made to maximize output and efficiency.
Complete Clean and Cure Solution
Streamline and automate post-processing with the wash and cure products that complete your 3D printing system.
Your Simple & Complete Digital Dentistry Workflow
Bring high-quality 3D printing to your dental lab today - order the complete package of all the tools you need for seamless integration.
High-Speed Continuous Printing
The cDLM process allows for continuous printing without the need to peel each layer off the film after it is polymerized.
A ‘dead zone’ is formed by flowing a thin layer of oxygen above the film of the printing bed. Within this ‘dead zone’ the polymerization process is inhibited ensuring the layer being printed adheres to the layer above and not the printing bed film. This ‘dead zone’ is what enables continuous printing, where the build plate can continually move in the Z axis, leading to faster, more reliable prints.
Best-In-Class Part Performance
The Envision One cDLM produces end-use parts with properties that meet or exceed that of traditionally manufactured plastic components, such as injection molded plastics
Unlike most plastic additive manufacturing methods, parts created via CDLM are made up of entangled long-chain polymers, making them fully isotropic. This is vastly different from processes like FDM, which create anisotropic parts with few, if any, polymer chains between each layer. To create those long-chain polymers, printers must be able to process highly viscous resins which require large amounts of power to polymerize. Their high viscosity means these resins cannot be jetted (PolyJet), and would take too long to process with vector based polymerization methods (SLA).
High-Resolution Printing
The Envision One cDLM delivers best in class part resolution and accuracy to print incredibly crisp features and hold tightest tolerances.
DLP is known for having incredibly high resolution parts and the EnvisionONE CDLM takes accuracy to new heights.
By using industrial DLP chips, verus cheaper consumer grade chips, and a custom designed optical train enable high contrast and minimal distortion for the projected picture resulting in accuracy down to the micron level. The cDLM domeless printing process eliminates the “dome” effect to deliver incredible Z accuracy.
Easy to Use Software
The brains of the Envision One cDLM is EnvisionONE RP which streamlines the entire fabrication process, ensuring optimal part orientations, print settings, and printer productivity.
Intuitive, easy-to-use Envision One RP software automates support generation and part orientation, while an integrated file repair tool patches meshes and readies the parts for print. Cloud software allows users to remotely manage the system, send jobs to multiple printers and monitor job progress, while over-the-air software and firmware updates ensure users have access to the most up-to-date tools and processes.
