iReal 3D Mapping Software (Reverse Engineering)

• The method of reverse engineering involves dissecting a device, object, or system to reveal its underlying technological principles through an examination of its design, functionality, and operation. tHE reverse engineering In order to use it for maintenance or to create a new device or programme that performs the same function without using any parts of the original, reverse engineering frequently entails disassembling anything (such as a mechanical device, electrical component, or software programme) and carefully examining how it operates.The idea reverse engineering is to infer design choices from final goods while having little to no extra knowledge of the processes used during initial production. These similar techniques are currently under investigation for replacement of inaccurate, lacking, or otherwise unavailable documentation in legacy software systems.
• Reverse Engineering  By using pre-existing physical assemblies and components, reverse engineering creates accurate drawings and computer-aided models. The reverse engineering necessity frequently emerges when a company wants to improve an outside design that already exists, needs CAD data for ongoing production processes, or has inadequate design documentation (CAD and drawings) for internal designs.
• Projects involving reverse engineering demand an accuracy level that cannot be compromised. reverse engineering For the utmost accuracy in their retrofitting initiatives, our clients relied on Projet as their go-to partner. Whether you're looking to modernise production processes, uncover the original design intent, or create a new part that fits a legacy product or piece of equipment, use our expertise in reverse engineering to create 3D CAD models from existing objects (as-built).

iReal 3D Mapping Software, a 3D color mapping software developed by Scantech, is specifically designed for 3D scanners and adapted to various brands. It will map the multi-angle photos taken by mobile phones/DSLRs to the 3D scan model, and obtain a high-precision, high-definition and true-color 3D model. Its algorithm combines 3D photogrammetry, AI image recognition, texture fusion, and seam line editing technologies. It provides more advanced solutions for customers in 3D digitization of cultural heritage, 3D display, VR e-commerce, 3D database construction, etc.

The semi-automatic processing flow makes the operation simpler, requires relatively low professional skills for engineers. Meanwhile, the texture processing time of each conventional item is reduced to half an hour, while the traditional process of each item takes at least 2-5 hours. In addition, because of the automated procedure, one engineer can be equipped with multiple computers to process multiple models simultaneously, which significantly improves the production efficiency and reduces production costs of making 3D color models.