3D scanning has taken the world by storm, thanks to its incredible ability to fully analyze real-world objects and then process data to create highly accurate digital models. 3D scan is the future for many industries, yet despite this, many individuals remain relatively unaware of just how many applications are possible with this tech. Here’s a closer look at just a few of the ways that 3D scanning is making an impact.
One of the most popular recent applications for 3D scanning is in real estate, where scanning devices can be used to create full digital representations of a home or parcel of land. This allows buyers to go on a remote virtual tour that gives a full idea of what the property is actually like. This helps potential homebuyers better understand the floor plan and overall “feel” of the house in a way that photographs alone couldn’t communicate. For individuals planning to relocate across the country, such tech can make the moving process much easier.
A crime scene typically doesn’t remain “untainted” for long. 3D scanning has allowed law enforcement agencies to better analyze information by digitally preserving the scene. After on-site scanning has been completed, law enforcement officials can reconstruct accidents or analyze bullet trajectories and bloodstain patterns. 3D scanning can ultimately help officials become more efficient in solving crimes.
Tourism & Cultural Preservation
Not everyone has the budget to travel around the world. For those who can’t travel abroad, 3D scanning has enabled virtual tourist experiences that allow for a realistic, immersive trip. The scanning of prominent locations, paired with VR devices, has made these locations more accessible than ever. This same technology has even been used in cultural preservation projects, scanning prominent historical features like the works of Michelangelo or the Kasubi Tombs of Uganda.
Creating a custom-fit cast or implant can be a time-consuming and complicated process — but 3D scanning has greatly improved both the speed and effectiveness of this work in dentistry and orthotics. Fast, accurate scanning allows for more rapid production of orthotic braces, dental crowns and veneers, and even prosthetic limbs. The result is higher-quality care that gives patients an improved quality of life over traditional production methods.
As these examples reveal, the potential uses for 3D scanning are only limited by human imagination and ingenuity. This exciting technology has already led to substantial improvements in many areas, and will undoubtedly continue to expand in the years ahead. Now, the only question that remains is this: how will you use it?