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A close-up of a dental professional using an intraoral scanner to capture detailed 3D images of a patient’s teeth. The dentist wears pink gloves and a protective mask while operating advanced scanning equipment, highlighting innovation in digital dentistry.

For decades, polyvinyl siloxane (PVS) impressions have been the standard for capturing dental impressions, but with the rise of intraoral scanners (IOS), digital workflows are rapidly becoming the new norm. Digital impressions offer greater accuracy, efficiency, and patient comfort, making them a superior choice for modern dental practices.

1. Accuracy: Digital vs. Traditional Impressions

PVS impressions have been widely used for their dimensional stability and detail reproduction, but they come with several limitations, such as:

  • Material shrinkage or distortion over time.
  • Air bubbles and voids, leading to inaccurate models.
  • Human error in material mixing and tray placement.

Digital impressions eliminate these risks by capturing precise 3D models in real-time. A study published in the Journal of Prosthetic Dentistry found that digital impressions have a lower rate of errors compared to traditional PVS techniques, reducing remakes and ensuring better-fitting restorations. (Source)

Additionally, digital scanners allow instant visualization, enabling dentists to check for missing data and refine scans immediately, preventing errors before submission to the lab.

2. Efficiency and Time Savings

Traditional impressions involve several time-consuming steps—tray selection, material mixing, seating, and setting—typically taking 10–15 minutes per patient. Additionally, PVS impressions must be physically shipped to a lab, adding 1–2 days of transit time.

In contrast, intraoral scanners—especially high-quality versions like the Trios 5 Incisive offers—can capture full-arch scans in under 2 minutes and transmit files to the lab instantly. A study in the Journal of Clinical and Experimental Dentistry found that digital workflows reduce chairside time and overall case turnaround by up to 50%. (Source)

With digital scanning, practices can also integrate CAD/CAM milling for in-office restorations, allowing same-day crown and bridge delivery, further improving workflow efficiency.

3. Patient Experience: Comfort and Compliance

One of the most common patient complaints about traditional impressions is the gag reflex caused by bulky trays and impression material. Many patients find PVS impressions uncomfortable and stressful, especially during long setting times.

Digital scanners eliminate the need for messy materials, offering:

  • A cleaner, more comfortable experience.
  • A faster process, reducing patient anxiety.
  • Better communication, as patients can visualize their treatment in real time.

Research from the American Dental Association (ADA) suggests that patients prefer digital impressions over conventional methods, leading to higher satisfaction rates and increased case acceptance. (Source)

4. Cost and ROI Considerations

Although intraoral scanners require an initial investment, they provide significant long-term cost savings by reducing the need for:

  • PVS impression materials and disposable trays.
  • Remakes and adjustments due to errors.
  • Shipping fees for physical models.

A study by the Journal of Dental Research shows that practices using intraoral scanners experience fewer remakes and higher profitability over time. (Source)

Additionally, programs like Incisive Dental’s Free Scanner Program allow practices to acquire intraoral scanners at no upfront cost while maintaining lab flexibility—unlike competitor programs that lock dentists into exclusive lab contracts.

5. Digital Integration for Advanced Treatments

Beyond impressions, intraoral scanners open new opportunities for advanced dental procedures, including:

  • Clear aligners – Digital impressions integrate seamlessly with providers like Invisalign and SureSmile.
  • Implant planning – Accurate digital scans improve guided surgery precision.
  • Occlusion analysis – Heat maps and bite force data aid in occlusal adjustments.
  • 3D printing – Scans can be used to produce custom nightguards, retainers, and surgical guides.

According to a report by Grand View Research, the global intraoral scanner market is expected to grow significantly, driven by increasing adoption in orthodontics and implant dentistry. (Source)

Final Thoughts: Why Digital Dentistry is the Future

Intraoral scanners are no longer a luxury—they are becoming a necessity for modern dental practices. By switching from PVS impressions to digital workflows, dentists can increase accuracy, improve efficiency, enhance patient experience, and maximize profitability.

Want to upgrade to a digital workflow without upfront costs? Contact Us.

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