What immediately came to mind is the possibility of using ZBrush to model these soft elements. Rear of the kayak 3D model, showing the thin cordage and other soft elements This results in double exposures in the scans, which are time-consuming to deal with via conventional methods. When the kayak is moved, to capture the underside, for example, this cordage changes position, even ever so slightly. These thin ropes are stretched across various sections of the fiberglass watercraft.
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The second aspect of the project that needed to be addressed was how to deal with soft, flexible elements, such as the kayak’s cordage. In Meloni’s words, “Just as you wouldn’t bring a scalpel to the jungle, or a machete to the operating room, each scanner is excellent at what it’s designed for. And Artec Studio 15 makes it incredibly easy to combine scans from multiple Artec scanners so you can create phenomenal 3D models in minutes.” He continued, “Many customers mistakenly imagine that one 3D scanner can perfectly capture everything from a delicate emerald ring all the way up to a circus tent.” 05 mm) handheld 3D scanner, Space Spider excels at reverse engineering and quality control, with its ability to capture complex geometries and thin surfaces, and is highly suitable for scanning small-sized areas.
Meloni soon understood that the more complex aspects of the kayak would benefit from the use of another scanner, the Artec Space Spider.Ī metrologically-accurate (up to. His goal was to find the best way possible to create a 3D model so exquisite that it could withstand expert inspection. With Leo in hand, Meloni captured the entire kayak along with its nearly 60 parts in 5 minutes. He then processed the scans in Artec Studio software in 13 minutes. But he wasn’t 100% satisfied with the results. 1 mm accuracy), Leo makes it easy for anyone from beginner to pro’s to simply push the button and start scanning. Ideal for capturing medium-sized objects in high-resolution color 3D (up to. Leo is a revolutionary, portable 3D scanner that’s entirely wireless, with onboard processing and a rear touchscreen for monitoring the scan in real time. He selected the Artec Leo as his primary scanner for the project. These types of scenarios inspired Artec Ambassador ShareMind’s Pietro Meloni to create a streamlined workflow to painlessly capture and transform multifaceted, ‘larger than human-sized’ objects into astoundingly-accurate 3D models in a fraction of the time.Īs a benchmark object, Meloni chose a 3-meter-long kayak, since it features both large expanses of relatively simple geometry, along with multiple components with high detail, soft materials, and even recessed, difficult-to-reach parts. What may at first appear to be a straightforward scanning task can quickly turn into a multi-phase project that stretches out into weeks. Not to mention the seats and the entire architecture of the flight deck.
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The clock keeps ticking as the engineer sits there wondering how he’s going to precisely capture and process the entire instrument panel, its eight displays, plus all the switches, buttons, and joysticks. This could be an vehicle customizer with just half an afternoon to scan the interior and exterior of a Lamborghini for designing custom, perfectly-fitting components and modifications or an aerospace engineer assigned to scan an Airbus A380 cockpit and transform it into a VR-ready, sub-millimeter-accurate 3D model in mere days. When faced with digitally capturing large objects with multiple areas of high detail, even scanning professionals can feel a sense of uneasiness on how to best proceed.
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