It can also capture black and shiny objects, which are usually the most hard-to-scan surfaces. Thanks to its comfortable size and weight, Eva is ready to scan at any moment, even in other-than-ideal environmental conditions. It can now capture sharper, cleaner, and much more detailed 3D data at 0.2 mm resolution, 2X higher than before. With the AI-driven HD Mode, Eva has become even more powerful. This allows Eva to capture much bigger objects while still maintaining accuracy of up to 0.1 mm. But unlike these other scanners, Eva’s volume capture zone is 61,000 cm³, which is 30X greater than Space Spider’s, and almost 200X greater than Micro’s.
Like Space Spider and Micro, Artec Eva uses structured-light technology to capture 3D data. This allows Eva to capture much bigger objects while still maintaining an accuracy of up to 0.1 mm with Eva you’re looking at up to 16 fps and a very high resolution of 1.3 Mpx. If you want to dig deeper into the whats and hows of this instrument, be sure to check out one of the most thorough reviews of Space Spider made by Nick Lievendag, 3D Scan Expert. And, unlike Micro, it can also be paired with other 3D scanners for capturing smaller parts of large objects in ultra high detail.
The scanner itself is lightweight, just 0.85 kg, and very intuitive to use. Or, for bigger objects, you can just maneuver your Space Spider as needed to capture all your object’s surfaces from every angle. For small objects, you can place them on a turntable while scanning with Space Spider, rotating the turntable to easily and smoothly capture the object from multiple angles. So you simply pick it up and direct it at the object you’re scanning, similar to how you would film with a video camera. Unlike Micro, Space Spider is a handheld scanner. Space Spider captures objects with a metrological accuracy of up to 0.05 mm and 0.1 mm resolution, which makes it one of the most accurate units on the market. With its 2,000 cm³ volume capture zone and just 0.2 – 0.3 m working distance, it can capture intricate details and challenging geometries. What makes it a perfect fit for smaller objects? Space Spider captures objects with a metrological accuracy of up to 0.05 mm and 0.1 mm resolution, which makes it one of the most accurate units on the market. It’s equipped with top-of-the-line electronics and performs reliably across a broad variety of environments and situations. As you can guess from its name, Space Spider was originally designed for use on the International Space Station.
This blue structured-light 3D scanner is optimized for scanning smaller objects with complex geometries starting from 5 mm in size. If you need to scan something bigger such as small machinery parts, circuit boards, fasteners, screws, bolts, bones or even a human ear, check out Artec Space Spider. We hope that our review will help you choose the right solution for your project.Ĭompressors, small tools, PCBs, fasteners, keys & coins, small archaeological objects, jaw structures, anatomical parts such as ears, etc. To answer this question, we decided to categorize our own 3D scanners based on object size, highlighting which device is the best tool for each range of object size. So how do you know which one to choose if there are no clear parameters to compare them by? Let’s say, for example, that you need to scan a car, or an airplane wing or a human foot – which one will do the job best? Most importantly, they don’t take into consideration what exactly you need to scan and for what purpose.
Just having enough time to go through them can be difficult, not to mention dealing with all that tsunami of information.Īfter reviewing these listings, we noticed one common thread: the majority feature a limited list of very different scanners, selected by rather non-specific criteria. The Internet today is overloaded with dozens if not hundreds of “top 5-10-20 best 3D scanners” reviews and listings. If you’re looking for a 3D scanner to best fit your project requirements, finding the right one can be an overwhelming task.