3D Laser Scanning Prevents Faulty Pieces and Downtime

3D laser scanning devices have shaped the way we manufacture products. On top of that, it has created a method for the manufacturing team to compare the faulty products and find ways to fix them faster. This leaves little to no downtime in production.

This technology has created a way for teams to continue manufacturing while fixing faulty products at a rapid pace. Other techniques have never been able to compete in this area. Typically, when there are several defective products on an assembly line, they have to shut down production until they figure out what is wrong and fix it.

3D laser scanning allows a company to look at what is wrong in a matter of hours rather than a matter of days. From the scans, they take, they can clearly see what needs to be fixed and create a precise plan on how they can fix it. This leads to faster production and no stopping. 3D laser scanning devices have helped big companies generate more profits, and this helps our overall economic stance.

The history of 3D laser scanning

This technology was created in the 1960s but didn’t gain adoption until the 1990s. It started out as big cameras taking pictures of every angle and needed a lot of human interaction. The latest developments in this technology have created handheld devices that are easy to maneuver and simple to understand. It has created a straightforward way to produce items with no faults.

What exactly is 3D laser scanning

The devices take thousands of pictures per second of an object collecting small details. This makes it simple to see the tiny faults in items that may never have been caught otherwise. It gathers little details like scratches, holes, weird textures, color, and size of objects. It actually can gather much more than a human ever could, making it one of the most useful tools in manufacturing. It now has a special name called additive manufacturing.

After the information is collected, it gets stored in the cloud, where it can be used as a future reference. This means a team can go back and look at the broken pieces and how they fixed it previously. It makes an excellent record, and it can be shared with everyone is the users desire it. Once this step happens, it can be sent to an editing program where researchers can study and find the problems. After viewing it, they can edit a new version and 3D print it.

Final thoughts on additive manufacturing

This technology allows manufacturers to have little to no downtime, which means they can produce more usable products. In the long run, 3D laser scanning will enable companies to be more profitable, this technology has a great ROI that all companies should try to take advantage of.

There are many benefits of 3D laser scanning, and as new versions develop and hit the market, more companies will adopt this technology. All around the world, consumers and professionals are finding uses for it and putting it to good use. It is continuously making our lives better and improving the quality we live in. It is helping to create sustainable, useful, and well-made products.