New professional 3D data capture and processing software now has AI photogrammetry
3D scanning company Artec has launched its Artec studio 19 (AS19), an all-in-one software solution for 3D scanners, processing, reverse engineering, and quality inspection. Wide scanner integration has been added along with performance upgrades and AI photogrammetry.
The AS19 is designed to be accessible across a range of industries, whilst being accessible to educational users. A lifelike 3D model is produced by the scanner, being able to take scans, photos, and videos.
Art Yukhin, president & CEO of Artec 3D, said: “Artec Studio 19 represents the next step in the evolution of our industry-leading software. With AI photogrammetry and extensive new 3D modeling, reverse engineering, and quality inspections tools, AS19 empowers professionals and opens the door for anyone to explore the limitless possibilities of 3D technology.”
Scanning, processing, editing, reverse engineering, and quality inspection have been integrated into a single platform to create a versatile software. Up to 80% of tasks can be completed within one software, reducing the need for high-end tools and making it a cost-effective solution for multiple industries.
All Artec 3D scanners including LiDAR, laser, and structured light can use the software. The AS19’s range has been extended to encompass a new metrology-grade Artec point laser scanner. This ensures precise measurements for demanding tasks. Smartphones can even be used with the software, allowing photogrammetry in any camera-equipped device.
Users can merge data captured from different types of 3D scanners together by using Artec studios smart fusion algorithm. The algorithm uses the highest-resolution data from each scan to create ultra-detailed 3D models at high speed.
Turbocharged algorithms expedite processing, fusing mesh data up to 2.5 times faster and simplifying at 10 times the pace. This accelerates user's workflows. The result is a double as fast scanner compared to previous models.
Enhanced auto-surfacing allows scan data to be converted into solid CAD surfaces with fewer patches. This increases result quality. Users can use faster Boolean tools for editing scans, either uniting, subtracting, intersecting meshes, or fill gaps with offset copies.
Full automation is now supported on the Artec mirco II, allowing users to capture scans in just one click. Data is sent through a preset analytical pipeline once scanned.
New features that come along with the expanded compatibility include; AI photogrammetry, metrology scanner support, Artec point laser scanner, ray II, USDZ file type support, HDR and 16-bit texturing, and a more intuitive UI.
Yukhin said: “AI Photogrammetry’s integration into Artec Studio 19 changes everything. Now, anyone with a camera, even those with a smartphone, can create professional, lifelike 3D models with ease.”
AI photogrammetry allows users to create lifelike 3D models from photos and videos captured with any camera-equipment device. This is powered by an in-house developed neural engine. The technology can make shiny, transparent, complex, and featureless surfaces which is traditionally difficult to make.
Objects and scenes are reconstructed by the algorithms in 2D images. Users follow a straightforward three-step workflow to achieve this. First, capture the image, secondly align the images, and thirdly create the new 3D scan. This process is designed to make 3D scanning more accessible.
Potential applications include museums being able to archive precious artefacts, while e-commerce businesses can digitise products. Being able to teach students about 3D modelling has been made easier with this advancement.
Drone footage can be augmented with Artec ray II LiDAR data to create a construction solution. Forensic scenes can be digitalised before collecting or removing clues to help detectives examine scenes in more detail and not lose any evidence.
Yukhin said: “Artec Studio 19 bridges the gap between professional-grade performance and recreational accessibility. For professionals working in fields like reverse engineering, manufacturing, and CGI, it’s not just an invaluable workflow tool, it offers a reliable interim solution when 3D scanners are unavailable. At the same time, hobbyists can also use smartphones to create high-quality 3D models on the go.”
