Digital transformation has completely changed the way dental laboratories work. Today, optimizing the digital workflow not only means working faster, but also achieving greater precision, stability, and control in every restoration.
An optimized digital workflow starts with good planning
The final quality of a restoration depends on each step of the process.
Therefore, an efficient digital workflow must guarantee:
Therefore, an efficient digital workflow must guarantee:
- Accuracy in data capture
- Optimized CAD design
- Stable and repeatable manufacturing
- Quality control at every stage
- System compatibility
Integrating scanning, design, and production minimizes errors, reduces time, and ensures predictable results.
Digital technology at the service of precision
At Avinent, we work with advanced digital solutions to deliver maximum precision and production efficiency.
Our digital environment integrates:
Our digital environment integrates:
- State-of-the-art CAD software
- Advanced design systems
- Large format industrial milling machines
- High-precision control and verification equipment
- Standardized quality protocols
Precise scanning for stable flow
Quality workflow begins with digitizing the clinic.
That’s why we work with advanced scanning technologies and specialized partners like Shining 3D, 3Shape, and Medit, enabling us to obtain precise and reliable scans to optimize design and subsequent manufacturing.
High-quality scanning helps to:
- Reduce later adjustments
- Improve passive adaptation
- Increase the efficiency of CAD design
- Avoid production incidents
Own milling center: total control of the process
One of the key aspects for optimizing the digital workflow is having a controlled and specialized manufacturing environment.
At Avinent, we have our own milling center equipped with state-of-the-art technology for the design and manufacture of dental prostheses.
Our infrastructure includes:
At Avinent, we have our own milling center equipped with state-of-the-art technology for the design and manufacture of dental prostheses.
Our infrastructure includes:
- High-precision milling machines with high production capacity
- Advanced CAM systems
- Verification and quality control protocols
- Controlled industrial production
- Processes optimized thanks to LEAN methodology to guarantee repeatability and accuracy
We utilize additive and subtractive manufacturing technologies from renowned brands such as DMG Mori, Roland DGShape, Willemin-Macodel, Atlix, EOS, Formlabs, and others.
Thanks to this, we can offer a reliable and efficient production workflow, ready to meet the current needs of dental laboratories.
The importance of digital quality control
Digitalization doesn’t end with manufacturing.
Quality control is an essential part of the modern digital workflow. Verifying fits, structures, and finishes ensures consistent results and minimizes clinical issues.
That’s why we incorporate verification and control systems at different stages of the production process, guaranteeing high quality standards for every restoration.
A digital ecosystem ready for the future
The evolution of the dental laboratory demands increasingly connected, automated, and precise workflows.
That’s why at Avinent we are committed to a complete digital ecosystem that combines:
That’s why at Avinent we are committed to a complete digital ecosystem that combines:
- Advanced technology
- Technical experience
- Digital integration
- High precision production
The goal: to help laboratories work more efficiently, safely, and cost-effectively.
Conclusion
Optimizing the digital workflow goes far beyond simply incorporating digital equipment. It’s about connecting design, manufacturing, and quality control within a reliable and highly specialized production environment.
At Avinent, we work every day to offer advanced digital solutions that enable laboratories to meet the new challenges of digital dentistry with maximum precision and confidence.
At Avinent, we work every day to offer advanced digital solutions that enable laboratories to meet the new challenges of digital dentistry with maximum precision and confidence.
