3D scanning technology has taken the world by storm. It’s a major contributor to countless industries worldwide. Whether in tandem with 3D printing or as a stand-alone, its advantages are undeniable.
From reverse engineering existing projects to unfolding new ones its uses are endless. More and more people are gaining access to 3D scanning technology, and its advantages. As it paves its way to the mainstream market, it’s becoming a tech that’s worth investing in.
What’s even better is that it’s something that anyone can dabble in. It doesn’t matter if you’re a novice, a hobbyist, or a pro. Here are some of the hows and whys 3D scanning tech is the future.
1. Makes Complex Projects Easy
3D scanning helps to streamline even the largest of projects. It’s used for everything from reverse engineering a cog all the way to large architecture. Being able to scan entire structures and break them down to the smallest detail is a huge advantage.
The ability to gather all the relative data in an easy-to-read way makes it ideal for use with programs like CAD. Visualizing your project in a 3-dimensional manner aids in better and more efficient operations. 3D laser scanners effortlessly render accurate measurements of an entire area or structure.
You can even use 3D scanning to copy the aged look of surfaces or materials. Architects looking to restore historical buildings often do this. They use 3D scans of intact sections to faithfully reproduce the more degraded parts.
Similar techniques let you mimic surrounding styles or patterns. Using 3D scanning technology this way works for smaller and more intricate tasks as well. Restoring or reproducing retro technology becomes a breeze.
The same is true of designing modern innovative tweaks. The tech industry is constantly looking for problem solvers willing to think outside the box. 3D scanning lets you break everything down digitally while using streamlined tools.
Whether it’s restoration, engineering, digital mapping, or innovation, any project becomes easier.
2. Saves Time
3D scanning technology is efficient and is even predicted to reach a market value of $5.8 billion by 2024. It saves you time and money that you’d otherwise spend gathering and analyzing data. You can also use it with CAD to make the processes of reverse engineering and prototyping easier.
You can even use 3D scanning to check if your model has any issues or irregularities. Scanning a model or new prototype can catch things the naked eye didn’t. This can save you countless hours of trial and error.
This is especially important if you’re trying to faithfully reproduce something intricate. Sketching by hand or trying to model manually from reference is time-consuming. It’s also unlikely to ever be a perfect match to the original either.
Sometimes you want to mimic the imperfections, and other times you want to fix them. 3D scanning gives you the ability to do both without wasting time. It makes it possible to design objects that demand unerring accuracy like dovetails without wastage.
3. Cost Efficient
Saving time is one thing, but money is another. While “time is money” is a fact in itself, you’re also bound to waste plenty of materials. The trial and error process of testing and prototyping is rarely forgiving.
You can save on material costs by using 3D scanning in combination with software like CAD. Doing this lets you work out issues and design kinks before you waste any raw materials. This is beneficial if the material you’re working with is expensive, or the original model is too priceless.
Being off by a fraction of an inch can be devastating for detail-oriented projects. Often times the part will no longer fit or the overall project won’t work anymore. Any physical materials you’ve invested, including wood, metal, or plastic are now garbage.
Every time you go back to the drawing board, you’re wasting more time and more resources. Scanning lets you troubleshoot without needing to sacrifice expensive materials every time. It’s impossible to overstate what an advantage this is when compared to traditional approaches.
You can save yourself a lot of pain and wasted funds by utilizing the laser technology of 3D scanning. There are plenty of options, including the 3D scanners from Einscan.
4. It Has Near Limitless Potential Uses
3D scanning is so amazing because it’s useful outside of traditional fields. It holds undeniable value in everything from education to scholarship, medicine, and more. 3D scanners can see use in the classroom with ease, making it fun to learn with a hands-on approach.
Expertise in programming isn’t required to use a scanner, and neither is mastery of CAD. Children of all ages can put their mathematical and spatial skills to use to bring their designs to life. Incorporating 3D scanners is a great way to mess around with the intricacies of geometry.
Practical skills like wood or metal working can also see enrichment. 3D scanners are one of the best ways to unlock a child’s inner designer, engineer, or artist. 3D scanning also lets scholars reconstruct ancient artifacts by collecting relevant data.
If objects are too fragile for scholars to experiment with or test, it’s possible to make models. This lets us determine the intended use of the tools and equipment of our ancestors. We can even reconstruct the faces of our ancient ancestors by scanning their skulls.
Art scholars use scanning to make models of old art like sculptures. They can study them, touch and share them, or practice how to restore the originals. Finally, medicine can use 3D scanning in areas like brain research and prosthetics.
You can make prosthetics that fit the body and needs of the patient. Detailed modelling of brain tumours is also possible. This is thanks to the unparalleled accuracy of 3D scanning.
The Advantages of 3D Scanning Technology Are Superb
3D scanning technology makes any project easier. The advantages over traditional approaches and technologies are amazing. If you need more information about the power of 3D scanning, then our site has plenty to offer.