The Advanced Technology Behind SEAL: Exploring Blue Light Encoded Structured Light

Precision and accuracy reign supreme in the realm of 3D scanning.

 

The upcoming launch of SEAL, the world's first 0.01mm accuracy consumer 3D scanner, has generated significant buzz among enthusiasts and professionals alike. One of the key features that set SEAL apart is its innovative use of Blue Light Encoded Structured Light technology. Let’s look deeper into this advanced technology and its impact on revolutionizing the field of 3D scanning.

 

Unveiling Blue Light Encoded Structured Light

 

SEAL introduces a breakthrough optical solution with Blue Light Encoded Structured Light technology. By projecting refined structured light with a shorter wavelength ranging from 400 to 500 nanometers, SEAL achieves an unprecedented accuracy of 0.01mm. By harnessing this state-of-the-art technology, the scanner excels at capturing intricate details like dents, textures, and edges, producing high-resolution 3D models of unparalleled precision.

 

Unmatched Precision and Detail

 

With SEAL's Blue Light Encoded Structured Light technology, users can experience exceptional accuracy during 3D scanning. The system delivers 0.01mm accuracy, surpassing many comparable scanners in the market. This level of precision enables the reproduction of objects with remarkable fidelity, making SEAL an invaluable tool for industries such as product design, engineering, and 3D printing.

 

SEAL offers an impressive resolution of 0.05mm, ensuring that every point in the scanned object is captured with utmost clarity. The resulting models exhibit exquisite detail, allowing for a comprehensive representation of the object's surface and geometry. Even the most intricate textures and colors are faithfully reproduced, thanks to SEAL's 24-bit color depth and the capability to capture 16,777,216 colors.

 

Advanced Optical System and Algorithms

SEAL's advanced optical system, coupled with its proprietary JMStudio algorithms, ensures a smooth scanning experience. Anti-shaking lenses incorporated in the design filter out unwanted jitter, enabling continuous scanning without compromising accuracy. This stability is crucial when capturing complex objects or scanning in challenging environments.

 

Swift and Versatile Scanning

 

SEAL's lightning-fast speed is another standout feature. With the ability to collect 100,000 points per second, the scanner efficiently captures detailed scans of various objects, including body parts. The swiftness of SEAL proves especially advantageous in time-critical scenarios, like medical imaging or rapid prototyping, where efficiency is crucial.

 

Adaptable to Different Conditions

 

SEAL's 9-level light adjustment feature allows for versatile scanning in different colors, materials, and lighting conditions. Whether you are scanning a dark or brightly colored object, SEAL's adaptive capabilities ensure optimal results. This flexibility expands the scanner's applicability across a wide range of industries and uses cases.