Photogrammetry is a powerful tool for assessing damage to old buildings due to its ability to create detailed 3D models.

Traditionally, evaluating damage to historic structures has been a laborious and sometimes subjective task. However, with the advent of photogrammetry, this process has been streamlined and made more precise.

Photogrammetry begins with the collection of photographs of the building from various angles, often utilizing advanced cameras or drones. These images capture every detail of the structure, including any signs of wear, deterioration, or damage.

Once the images are obtained, sophisticated software takes over, analyzing the images and identifying common points to construct a highly accurate 3D model of the building. This model serves as a digital twin, faithfully replicating the structure in intricate detail.

What are the benefits of using Photogrammetry?

Photogrammetry promotes interdisciplinary collaboration by providing a common platform for sharing and analyzing data. It facilitates communication and cooperation among professionals from diverse fields, leading to innovative solutions and insights.

As the preservation of historic buildings becomes increasingly important in our rapidly changing world, the adoption of innovative techniques like photogrammetry signifies a new era in conservation. With its ability to provide accurate, detailed assessments of damage, photogrammetry is poised to play a crucial role in safeguarding our architectural heritage for generations to come.

Damage assessment with the IllusoXR Photogrammetry workflow 

Reverse engineering is paramount to multiple industries such as manufacturing, automotive, aerospace, and in a wider sense, even areas such as healthcare. It has a broad range of applications, including product improvement and reconstruction, design augmentation and many others. The world today would not be the same without it.

In the manufacturing industry, certain parts have managed to withstand the test of time. These parts may be crucial to older systems or components but face unique challenges such as limited accessibility to their original design, lack of physical documentation or deleted digital files, and even being manufactured by companies that no longer exist.

To overcome these obstacles, manufacturers employ reverse engineering. This meticulous process involves analyzing a product or technology to comprehend its design, functionality, and construction.

It requires dismantling and examining various components, as well as exploring the software and algorithms that drive it.

The ultimate objective is to gain insights into how the product operates and potentially recreate or enhance it. With this approach, these significant components can be resurrected digitally.

3D scanning is an innovative technology that utilizes laser beams to meticulously capture intricate three-dimensional form and spatial data of objects.

This non-invasive and non-destructive method provides numerous advantages when working with complex geometries.

It allows for the creation of highly accurate 3D models of real-world objects while preserving and enhancing existing designs, products, or artefacts.

The speed and precision associated with 3D laser scanning make it an invaluable tool for capturing intricate shapes and large areas with exceptional accuracy.

As a result, it has become a crucial instrument for data acquisition and modelling across various industries.

Advantages of 3D scanning in reverse engineering

The advantages of incorporating 3D scanning into reverse engineering lie in its adept handling of complexity, the efficiency of high-speed data acquisition, and the seamless blend of portability and flexibility.

These characteristics empower manufacturers to procure and process geometric information with heightened accuracy and swiftness, offering exceptional tools and methodologies for the realm of reverse engineering.

Creating better results with 3D Scanning and Reverse engineering

A classroom filled with anticipation and curiosity as students eagerly awaited their first dive into the world of Virtual Reality (VR) training. IllusoXR introduced VR technology into the curriculum, and the excitement was palpable in the air.

From exploring historical landmarks to dissecting virtual organisms, the opportunities seemed limitless. But perhaps the most thrilling part was the chance to engage in hands-on learning experiences that were once only imaginable in science fiction.

As the immersive simulations unfolded, you could see the wonderment reflected in every student’s eyes. It was as if they had been transported to another dimension, where learning wasn’t confined to the pages of textbooks but was a vibrant, interactive adventure.

More VR Experiences will be available for all the students soon.

Blog

Damage assessment with the IllusoXR Photogrammetry workflow

Creating better results with 3D Scanning and Reverse engineering

Students from Makedonska Kamenica tried VR Training for the first time