Using 3D Laser Scanning for Blue Whales

Creating replicas of animals based off of their bones and remains has never been easier. Now it involves a simple handheld device that can capture information at an incredible speed. To create replicas of bones or create an exact copy of an animal, it requires moulds and a chance of destroying decaying bones more than they already are. 3D laser scanning has opened up endless possibilities for museums, and they are now sharing exactly how the technology works.

The Natural History Museum in London’s Dr. Alex Ball has shared exactly how he was able to use a 3D laser scanning device to scan a giant blue whale. This species measured in at 25 meters long and was able to be observed. The scan helped fill in gaps where the bone was missing or chipped away, allowing him to complete the full picture.

This technology is allowing us to study the past much better than ever before. The best part of this is that 3D laser scanning doesn’t harm the objects in any way. It is one of the best ways to create replicas of something without the risk of destroying them, which is why this technology is becoming quickly adopted.

The benefits of 3D laser scanning for museums

A museum can receive so many excellent benefits from this technology, which is why it is rapidly adopted. Though it was not always this way. A few researchers did not like the idea of mixing the past with the present, and they were unsure of the outcomes of 3D laser scanning would bring. Now, this technology is a hot commodity and allows researchers to go deeper into the past.

• Accuracy- 3D laser scanning is one of the most accurate tools on the market. It allows a researcher to see every little detail, and it does not miss anything. This will enable them to see a CAD program. Also known as a computer-aided design system.
• Precision- Although a researcher may not pick up small details, this tool can do so easily. Everything can clearly be seen after the final scan.
• Faster- Instead of creating a replica by hand, the 3D laser scanning device can scan the entire thing in under a few minutes. This is much faster than moulds or any previous ways of creating replicas.
• Saved in The Cloud- The best thing about this information is that it can be held in the cloud server. It will be stored, never erased, and anyone who has access to the specific file will have many options to use the data collected.
• Noninvasive- 3D laser scanning does not harm any of the artifacts.
• Versatile Information- Usually, there would only be one option for the recreation of something. It would be on display at the museum, or it would be in storage. This way, someone across the world can 3D print the information without needing the original copy. It can be made into virtual reality as a video. Or it can be saved as a digital file.

The best thing about museums using 3D laser scanning is that it allows them to send information to other museums. There is no need to send a giant original to a museum; it can stay in its rightful home while the data is sent and printed. This allows a way for artifacts to be sent around the world without causing damage or harm.