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In the evolving field of digital dentistry, precision and clarity are vital to achieving high-quality restorations and patient satisfaction. As professionals in this field, we at SHINING 3D DENTAL have continually worked to advance digital imaging technologies that improve accuracy and workflow efficiency. One common question among dental practitioners is, “Do 3D scanners use lasers?” The answer depends on the technology used. While many early 3D scanners relied on laser projection, modern systems—such as our Aoralscan Elite—use structured light and photogrammetry dental scanner methods to produce exceptional accuracy without the limitations of traditional laser-based devices.
Understanding How 3D Scanners Capture Data
Traditional laser scanners project laser beams onto the surface being scanned, measuring reflected light to determine spatial coordinates. While this technique can provide accurate measurements, it can also be sensitive to reflective or translucent surfaces—common in the oral environment. To address these limitations, we designed advanced systems that use structured light and photogrammetry dental scanner technologies. These methods capture multiple images from different angles and calculate exact 3D positions through visual triangulation, allowing for high-resolution, consistent results even under complex lighting conditions. This approach enables dental professionals to achieve superior imaging results without the potential interferences that lasers can introduce.
The Innovation Behind SHINING Elite
The SHINING Elite represents a new milestone in dental imaging innovation. It is the first device that combines intraoral scanning and photogrammetry dental scanner functions in a single unit, allowing it to perform comprehensive scanning for both dentulous and edentulous cases. As a standard intraoral scanner, it provides detailed imaging of teeth and soft tissue, while its integrated photogrammetry system captures the precise position of dental implants. This dual-function design simplifies workflows and enhances accuracy, enabling clinicians to complete digital impressions and implant positioning within one seamless process. Through this innovation, we have redefined how clinicians approach digital dentistry—making complex procedures more efficient and predictable.
Do 3D Scanners Use Lasers Today?
Many modern scanners no longer depend solely on laser-based systems. Instead, structured light and photogrammetry technologies offer a safer, faster, and more adaptable alternative. The SHINING Elite, for instance, eliminates the potential challenges associated with laser scanning while maintaining high accuracy and consistency. By using controlled light patterns and advanced optical algorithms, it ensures smooth data capture for both restorative and implant procedures. For dental teams, this means improved workflow, fewer rescans, and more reliable outcomes—all without relying on traditional laser-based methods.
Conclusion: A Step Forward in Digital Dentistry
As digital dentistry continues to evolve, the focus has shifted from hardware power to integration and usability. At SHINING 3D DENTAL, we believe that technologies like the SHINING Elite and its integrated photogrammetry dental scanner capabilities mark a significant step toward this future. By moving beyond conventional laser scanning and embracing advanced optical systems, we empower dental professionals to achieve greater accuracy, comfort, and confidence in their daily practice. Through continuous innovation and thoughtful design, we are shaping the next generation of digital dental imaging—where precision and practicality meet to deliver better patient care.