This hippie bus was scanned with Artec Eva, and then the bottom parts that could not be accessed with the scanner were modeled in third-party software.
An early 1900’s tower well valve scanned on-site with an Artec Eva, connected to a portable battery and a tablet.
This is a 3D model of a working hydrant on a street in Palo Alto, CA. To scan it, we used an Artec Eva connected to an Artec battery and a tablet.
The body of the engine and the larger details were scanned with Artec Eva. Spider was used to capture the more intricate geometry.
This screw was scanned with Artec Spider after being sprayed with gloss reducing powder. A pair of pliers held the bolt vertically.
A good example of a symmetrical object, which is impossible for other scanners to capture without the application of stickers.
This car compressor was placed on a rotating platform, which made scanning easy and fast. A very noticeable feature on this model is the holes.
An old transmission box, scanned with Eva. A good example of a challenging object, since it has a lot of deep holes.
A relatively easy object for scanning - the only challenges were its shiny surface (easily countered by anti-gloss spray) and the thin edges.
Well used Rigid power drill scanned with the Artec Spider.
A very simple part to scan and a good example of scanning holes.
We scanned our Panasonic GH4 with our Artec Space Spider. This was an untreated scan, so we scanned the camera as-is with no prep.
Have you ever scanned a scanner? We have! There were a few areas on the scanner with little geometry and texture variation.
This measuring tape was scanned as a potential demo object.
Small ratcheting screwdriver scanned with the Artec spider. Scanned in two passes, both laying on its side.
This part has a cylindrical shape, which is difficult for any scanner. But we found an easier way to scan it.
A popular application of Eva is making a fast scan of a torso to develop a diet plan or design an orthopedic corset.
This 3D model shows how well Artec Eva renders hair, a tricky area for some 3D scanners.
It's not easy to keep your fingers apart for a long time, so the scanning should be done as quickly as possible.
We used a tablet and the Artec battery pack so the scanning was really fast. It took only 4 minutes.
A quick self scan of an eye. A very noticeable thing here is that Spider has scanned past the natural eye lens and captured the correct position of the iris.
Scanning ears is a popular solution for making prosthetics: the detailed geometry of a healthy ear can be mirrored and made into a perfect replica.
A quick scan of the top of the hand with Spider allows you to see the fine details of the skin and nails.
This metal mold of a child's foot was scanned with Spider in less than one minute.
A fish can be tricky to scan, since it's body geometry changes when you turn it over to scan the other side, unless it's frozen (and in this case it was not).
A beautiful skull of an African antelope, captured with Eva in two scans: the front and the back. These were then automatically aligned in Artec Studio.
Although being slightly bigger than the original, this object still disproves the myth that Eva is only suitable for large objects.
This small and fragile skull of a desert fox was scanned with Artec Spider. While the model looks complicated, there were no challenging areas to scan.
Just like the Fox Skull, Turkana Boy skull consisted of two separate parts that were scanned separately, and aligned afterwards.
Even though the sea shell has complex geometrical curves and arms, its surface was easily captured with Artec Spider.
Product part made of plastic. Scanning time was around 5 minutes, and post-processing took about 20 minutes. This is a good example of fast reverse engineering.
The object has a lot of fine geometry and small complex sections for scanning.
An architectural element, scanned with Eva in under 2 minutes. After scanning it was slightly adjusted in 3D modeling software and carved in styrofoam.
A 3D model of a 4.5-meter tall monument to Napoleon on horseback made by the French 3D visualization company IMA Solutions using an Artec Eva.
Leather surfaces often reflect the white glare from a scanner's flash. In order to prevent that we slightly tilted the scanner to avoid scanning at a 90° angle.
A wooden chair scanned with Eva. To scan the thin parts, we laid it onto the floor in order to get a background surface.
This coin was thick enough to stand its side and was captured in just two scans. The second scan was to cover the side that the coin stood on.
The inner side of this old bronze helmet is very narrow. Artec Spider was able to scan it perfectly and in high detail.
This small figurine of a Chinese horseman warrior was scanned to make perfect replicas in different sizes.
Even though this plate has a thin and narrow edge, Artec Spider scanned it with ease, using the texture of the background.
Sixties style chair from one of our office conference rooms. Scanned as-is with no modifications needed for tracking.
The texture of the armchair may seem repetitive, but the pattern is actually unique and provides easy and reliable texture tracking.
A cosplay of an armed mercenary girl from a popular videogame Borderlands.
A cosplay of a ruthless mercenary from DC comics universe - Deathstroke.
A cosplay of a notorious super villain from DC comics universe - Harley Quinn.
The symmetrical geometry of this vase could have made it difficult to scan, but thanks to its rich texture, capturing it with Eva was fast and very easy.
The statue is very rich geometrically, and despite some large flat areas, the aged bronze provided plenty of texture, so tracking wasn't an issue.
A statue of the Chinese Sage of Tea scanned with Artec Space Spider.
A plastic figurine of fantasy dragon. It was made in black plastic, but no scanning spray was needed, since plastic was mat.
A novelty chalice, made of plastic, with metal cup inside.
A sharp dagger with fine woven metal mail on the handle.