In 2020, the company introduced Italian advanced 3D technology and digital scanning acquisition equipment committed to wood floor, color paper, furniture board, tile, wall cloth, and other high-definition materials collection and scanning. And independent research and development of digital 6D human-computer interaction, holographic real-time design rendering system, is committed to the furniture building materials industry to provide more convenient, faster, more real-time sales solutions.
It’s designed specifically for the industrial and decorative markets. It integrates new technologies such as METIS color management, 3D data computing, glossiness algorithms, etc.
Digital Scanning Acquisition Equipment: The Future of Wooden Plank Digitization
Digital scanning acquisition equipment committed to wood floors is a specialized technology used for scanning and digitizing wooden planks. This technology is commonly used in the flooring industry to capture the characteristics of wooden planks in a digital format, which can then be used for various purposes such as quality control, grading, and inventory management.
The equipment typically consists of a scanner that uses lasers or high-resolution cameras to capture images of the wooden planks. The images are then processed using specialized software that analyzes the colors, patterns, and textures of the wood to create a detailed digital model. This model can be used to compare individual planks and identify any variations or defects.
One major advantage of using this technology is that it enables faster and more accurate identification of defects or inconsistencies in the wood or marble, which can help to improve overall product quality. Additionally, the digitized models can be easily integrated with other digital tools such as CAD and BIM software, which enables better planning and visualization of flooring projects.
How Digital Scanning Technology is Revolutionizing the Flooring Industry?
Moreover, A holographic real-time design rendering system is a specialized technology that renders high-quality, realistic 3D visualizations of a design in real time. This technology is commonly used in the fields of product design, architecture, and engineering to visualize and refine designs before they are built.
One major advantage of using this technology is that it enables designers and engineers to preview and iterate on their designs in a highly interactive and immersive manner. They can move around the virtual object, add or remove elements, and view the design from different angles and perspectives, all while receiving instant feedback on how the design would look and function in the real world.
METIS color management is a software tool that helps to ensure consistent and accurate color reproduction across different devices and media. It is typically used in the printing and publishing industries, where precise color reproduction is essential to maintaining brand image and quality control.
METIS color management works by creating a color profile for each device or media, such as a printer, monitor, or paper type. These profiles contain information about the device’s color space, gamut (range of colors it can reproduce), and how it responds to different colors and tones.
When an image or design is created, the color management software uses the profiles to ensure that the colors are accurately reproduced on each device. This can involve adjusting color values and tone curves to compensate for differences in color space and gamut.
Overall, METIS color management helps to eliminate discrepancies in color reproduction between different devices, leading to more accurate and consistent colors in printed materials, digital media, and other applications.
