An In-Depth Look at Bone Artifacts
We are all fascinated by history and especially learning about the previous animals that lived on earth. We like understanding what they ate, what they did, and most of all, how they moved. Studying these creatures also allows us to understand evolution and how things changed. One of the tools to study artifacts and bones is 3D laser scanning services.
We can look at bones more in-depth and understand how they worked together to allow animals to move. Not just any animals but nonmammalian synapsids; these creatures have spines that go up and down instead of lying flat, as we would typically see.
Some researchers use 3D laser scanning services to help us understand evolution. They can scan each bone and track the most microscopic details that would be incredibly hard to see with human eyes. They can then use the scans to create 3D reconstructions that let us observe the bones physically.
How 3D laser scanning works
This is typically a handheld device but can sometimes be bigger or smaller and is easy for a person to use. The screen will give the user directions to aim and point at an object that needs to be scanned. While the user is holding the device, it is collecting data.
3D laser scanning devices work by taking rapid pictures of an object, collecting every microscopic detail on it. This machine can take hundreds of pictures per second, sometimes even thousands. It contains every detail you could think of and then stores it in the cloud.
Once the information is gathered, it can be sent to the connected software called computer-aided-design. From here, the images can overlap, creating a complete photo. This image can be edited to be more clear and add details to make it more realistic.
How this technology creates physical models
The most remarkable thing about 3D laser scanning services is that they can be connected to 3D printing. Together this is a wicked combination of skill and precision that cannot be beaten. The 3D laser scanner picks up the smallest details, and all of that data gets fed through a computer-like system. This computer reads the information like coordinates, and layer by layer, it prints from arms and a nozzle. The material comes out hot and then hardens into the correct shape.
What else can 3D laser scanning do for museums?
Both 3D laser scanning services and 3D printing can be amazing for museums in more than one way. It creates a sustainable way to make objects, and it allows for more museums to share 3D scans. This technology can enable museums to restore pieces without causing any damage.
Final thoughts
3D laser scanning services are an amazing tool for researchers studying the past or anyone who is putting together exhibits for a museum. It allows them to communicate openly the information they found and then actually be able to share it with others. This technology creates a fun way to learn new things and a brilliant way to study animals’ evolution.