With next-generation pattern scanning technologies, we transfer your fabrics to digital form exactly as they are, creating realistic visuals of your products. We provide a digital experience for your customers both on your website and at your sales points.
Thanks to our expertise in the textile field, we lead the industry in digitizing all types of patterns such as velvet, linen, chenille, or any other fabric imaginable, providing our customers with the same texture they see and feel in real life.
Additionally, for solid materials like metal or wooden legs on furniture, we achieve the most accurate results with proper brightness adjustments, colors, and height maps.
Whether the pattern is to be prepared for your fabric catalog or swatch book, or for 3D product dressing purposes, we can conduct scans and transfer them to digital using the fabric samples you send us. For non-repeating fabrics, we use 15x15cm; for repeating fabrics, we use the repeat size of the pattern.
If you wish to scan the pattern of your product and digitize its texture with our PBR Scanners, please reach out to us through our contact page.
Please include the following information in your email:
Click here for more information about pattern scanning.
When selecting scanner technology to digitize your fabrics/materials, it is important to understand that PBR material scanning is more of a general term. Even though these technologies share the same name, the final output quality can vary significantly.
These technologies can be categorized into two groups based on the complexity of their capture and adaptation algorithms:
The first visible difference is that simple scanning takes approximately 10-20 minutes to capture and create a digital material, while complex adaptation can take 8-12 hours to achieve the final digital material. More importantly, the real difference lies in the quality of the final visuals. Below, you can see a comparison.
Below, we created two images showing the difference between simple and complex material digitization technologies.
The first image was created using simple digitization technology (a flat image captured by a single top-down camera). It appears similar to the original sample in terms of color and pattern.
However, when you look at the second image, it is clear that the first image does not include any of the reflections or geometric details present in the original sample. With complex material digitization technology, the true nature of the fabric is captured, so you do not have to wonder which details are missing from your fabric.
