Traditional vs Digital Workflows

Traditional vs Digital Workflows

by | Dec 15, 2024 | Blog

In modern dentistry, workflows play a pivotal role in achieving efficiency and precision. The shift from traditional workflows to digital workflows has significantly transformed dental practices, streamlining processes and improving patient outcomes.

Traditional Workflow

The traditional workflow relies heavily on manual steps. It begins with taking impressions using alginate or PVS materials, which are sent to the lab for model creation. The technician casts and designs the appliance, refines it with manual finishing, and sends it back for delivery. While effective, this process can be:

  • Time-consuming: Multiple steps involve shipping delays.
  • Error-prone: Manual impressions can have distortions.
  • Labor-intensive: Technicians need to manually fine-tune the appliance.

Digital Workflow

In contrast, the digital workflow integrates advanced technology for efficiency and precision. It starts with a digital scan using intraoral scanners, followed by appliance design on specialized software. The design is then sent for 3D printing, and the final appliance is delivered to the patient. Benefits include:

  • Speed: Real-time scanning eliminates physical models and reduces turnaround time.
  • Accuracy: Digital impressions minimize errors.
  • Automation: Faster workflows require fewer manual interventions.

The Digital Advantage

The transition to digital workflows enhances productivity, reduces costs, and improves patient satisfaction. Tools like intraoral scanners, CAD/CAM systems, and 3D printers are becoming indispensable for modern practices.

By adopting digital dentistry, clinicians can deliver predictable, high-quality results, making their workflow seamless, efficient, and future-ready.

Are you ready to embrace the digital transformation?

What Is Guided Implant Surgery?

What Is Guided Implant Surgery?

by | Nov 19, 2024 | Blog

Guided implant placement is a revolutionary approach in implant dentistry that utilizes digital planning and 3D-printed surgical guides to enhance accuracy, predictability, and efficiency during implant surgeries. The process begins with a 3D CBCT scan and intraoral digital impressions, which are used to create a virtual model of the patient’s anatomy. Specialized software enables precise planning of implant positions, angulations, and depths based on the patient’s anatomy and prosthetic requirements.

The surgical guide, produced from this plan, ensures accurate execution during surgery, reducing human error and eliminating the need for freehand placement. This technique minimizes surgical trauma, shortens procedure time, and enhances patient comfort. It is particularly beneficial for complex cases, enabling clinicians to avoid critical structures like nerves and sinuses.

Guided implant placement is easy to adopt with proper training and tools. The integration of digital technologies streamlines workflows and makes implant dentistry accessible even to less experienced practitioners. Additionally, it improves communication with the dental team and patients, making the entire process seamless and efficient.