3D Laser Scanning for Sculptural Applications - What to Consider

[seoxeee]

There's no doubt that we live in an increasingly digital world. In fact, the line between the physical and the digital has not only become very blurry, but it's often impossible to even figure out where it is. Nowhere is this more evident than in the world of art and sculpture. Where these fields once revolved around what one could physically create with their hands, new technologies are giving artists the means to capture their creativity in digital format.

While the old school might lament any kind of shift away from traditional processes, those willing to embrace technology are discovering new ways of not only creating art, but taking it to new creative levels. One technology in particular is bridging the gap between the physical and digital worlds. Combined with the power of CNC technology and automated foam carving systems, 3D laser scanning is revolutionizing how sculptural work is produced. Sculptural-related businesses, including those who create sculptural enlargements, themed environments, props and a range of other artistic projects, are finding they are able to build creative projects in any scale with an efficient, profitable and, most importantly, accurate production process.

WHEN GOOD ISN'T GOOD ENOUGH

When it comes to sculptural replication and enlargement, whether it's for a themed environment or a work of fine art, accuracy is paramount. With many projects being displayed on a monumental scale, even the slightest error can become blatantly obvious. Without technology, conventional sculptural replication and enlargement relied on manual methods, which meant the ever present potential for human error. This isn't to say these methods we're doomed to inaccuracy, but even acceptable accuracy required countless hours of meticulous and tedious effort. These processes become a time consuming art unto themselves and were limited to specialists who would devote long periods of time to one project. As a fake id scan  , opportunities to commercialize sculptural enlargement on a larger scale were essentially non-existent. 3D laser scanning, however, is changing the game.

Technical details aside, 3D laser scanning allows for virtually any existing physical object to be scanned and recreated in digital format. Simply put, it uses the power and accuracy of lasers to bring the physical world into the digital realm. The resulting digital files can then be used as the foundation for efficient duplication and enlargement processes using automated CNC foam carving and cutting technologies. These technologies use the scanned file to perfectly recreate the art or sculpture in any size. Unlike conventional enlargement methods, however, they arrive at perfect accuracy with speed and efficiency. As the foundation for automated foam carving systems, 3D laser scanning is therefore opening the door for companies that wish to produce art and sculptures on a larger scale, and to do it in a way that works for their customers and for their business.

A SCAN OF THE SCANNING MARKETPLACE

While laser scanning is proving invaluable to sculptural-related businesses, finding the right scanner for the job can still be tricky. If you're in the market for a scanner, you're aware of the range of options that exist. There is a confusing range of products and suppliers, with many claiming to have the perfect solution for any kind of scanning application. While this is the nature of the beast, it's critical that you find a scanner that works for sculptural applications.

Ultimately, the final sculptural product can only be as good as the original scan. If there is limited detail captured at the scanning stage, there will be limited detail in the reproduction, especially when the object is being enlarged. Countless sculptural companies have been left with an expensive paperweight after realizing that their new scanner could not meet their needs. To avoid this, it's important to understand how various scanners compare when it comes to technical capabilities, but there are some overlooked considerations that are especially important for sculptural applications. These considerations are often ignored because most scanner suppliers do not have relevant expertise or experience with sculptural projects.