The landscape of dental care has changed dramatically in recent years. Traditional methods—such as taking impressions with plaster and manually crafting prosthetics—are steadily disappearing. In their place, digital treatment systems are rapidly becoming the new standard.

Key technologies leading this transformation include intraoral scanners, CAD/CAM systems, 3D printers, and milling machines. These innovations are redefining every stage of dental workflows, offering greater precision, efficiency, and patient comfort.

A recent study by Schnitzler and Bohnet-Joschko (2025) surveyed 200 dentists in Germany and found that Artificial Intelligence (AI) and Rapid Prototyping (RP)* are expected to significantly expand their clinical and economic value by 2030.

* Rapid Prototyping (RP):

A digital manufacturing technique for the fast and precise production of dental prosthetics, surgical guides, and orthodontic devices. Includes 3D printing and CAD/CAM milling technologies, dramatically improving production speed and accuracy compared to traditional manual methods.

Study Overview: Schnitzler & Bohnet-Joschko (2025)

This large-scale survey analyzed five representative technologies in digital dentistry:
Rapid Prototyping (RP), Artificial Intelligence (AI), Augmented/Virtual Reality (AR/VR), Teledentistry (TD), and Personalized Dentistry (PD) (Schnitzler & Bohnet-Joschko, 2025, p. 2).

Participants were asked about their familiarity with each technology, its use in practice, its perceived impact on treatment quality, and its current and projected importance—both clinically and economically—by 2030. Responses were rated on a five-point scale (1 = very negative, 5 = very positive) to enable quantitative analysis.

The average age of respondents was 42 years; 55.5% male and 44.5% female. Most practiced in urban or metropolitan areas, with mid-sized clinics (10–29 staff) being the most common. About 40% were part of joint practices, while employed dentists (37%) and practice owners (29.5%) accounted for most positions (Schnitzler & Bohnet-Joschko, 2025, p. 4).

The results revealed that AI and RP currently hold the highest clinical and economic relevance, as they already deliver measurable improvements in diagnostic accuracy and customized prosthetic fabrication.

In contrast, AR/VR, TD, and PD showed lower utilization and educational exposure, highlighting the urgent need for updated digital dentistry curricula (pp. 5–6).

Most notably, the 2030 projections were striking:
AI and RP were expected to see clinical importance rise to 3.77 points and economic importance to 3.81 and 3.80 points, respectively—an increase of more than 40%.

AR/VR, TD, and PD also showed 30–40% growth projections, indicating that all digital technologies are expected to become essential in dental practice by 2030 (p. 7).

[Reference]

• Schnitzler, Christian, and Sabine Bohnet-Joschko.
  “Digital transformation in dentistry: A survey on trends and business implications.” Heliyon, 11(11), 2025.

The Shift Toward a Digital Workflow

According to the study, the adoption of digital technologies brings measurable benefits to both patient outcomes and clinical efficiency. The spread of AI and RP enables precise data analysis, highly accurate prosthetic fabrication, and faster treatment decisions.

For patients, this means faster, more accurate, and more comfortable treatment experiences.
For clinicians, it translates into higher productivity and consistent treatment quality.

Ultimately, the true value of digital dentistry lies in the integration and connectivity of these technologies. Each stage—from scanning and designing to milling and printing—must be seamlessly connected to maximize both clinical efficiency and patient satisfaction.

Value for Patients and Clinicians

The integration of digital dentistry delivers tangible benefits for both sides of the chair.

For patients, technologies like intraoral scanners, CAD/CAM systems, and 3D printing enable highly accurate and fully personalized treatments.
Production times are significantly reduced, and in some cases, prosthetics can be fabricated and fitted on the same day—known as Same-Day Dentistry.

For clinicians, digital workflows allow more accurate diagnostics, data-driven treatment planning, and smoother collaboration across multidisciplinary teams.
The result: enhanced precision, reduced human error, and a more predictable clinical outcome.

Key Trends in Digital Dentistry

The evolution of digital dentistry can be summarized through four major trends:

1. Precision and Personalization
AI-powered CAD/CAM systems enable truly patient-specific treatment planning and fabrication, increasing both satisfaction and clinical outcomes.

2. Efficiency
The integration of 3D printing and digital workflows streamlines procedures and reduces redundant steps. What once took several days can now be achieved within hours, minimizing impression-taking and adjustment sessions.

3. Patient Engagement
Digital simulations and AR-based consultations empower patients to visualize their treatment plans and actively participate in decision-making.

4. Market Growth Potential
According to Schnitzler and Bohnet-Joschko’s research, technologies such as AI, Rapid Prototyping, and Teledentistry are projected to become industry standards within the next five years, setting a new paradigm in dental care.

Beyond Equipment: A Partner in Digital Transformation

Digital dentistry is no longer a choice. It has become the new standard in modern dental care.
Patients expect faster, more comfortable, and personalized treatment experiences, while clinicians require greater accuracy and efficiency throughout diagnosis and care delivery.

Amid this transformation, Lilivis serves as a partner that addresses both clinical demands and industrial value creation through its Full Digital Workflow (SCAN → CAD → PRINT → CAM→ MILL).
The true mission extends beyond delivering equipment. Lilivis is committed to elevating real clinical outcomes and becoming a trusted companion in the digital evolution of dentistry.