3D Scanning Precision
Wednesday, July 22nd, 2009Need a precise model of a device so you can implement a new design before going into production? Lasers may help. Using reverse engineering, lasers can perform 3D scanning that’s precise and easily adaptable. You get an exact 3D digital scan that can then be manipulated for trial and error when it comes to forming new designs.
Reverse engineering requires a precise digital model of the objects being produced. Laser scanning can provide such a model, no matter the size, scope or capacity of the item being scanned. Lasers can provide the exact dimensions no matter the complexity of the object. Even an entire power plant can be scanned and reproduced as a prototype, right down to the exact aspect.
Lasers are also ideal for studying the quality and cohesion of objects, pointing out damage and wear on certain objects before they become a problem. 3D scanning takes out the guesswork and can be done quickly and efficiently. Usually, the lasers can be brought to the object being scanned, so there’s nothing to take apart and dismantle.
Lasers are also perfect for working with historical artifacts and antiques that may be damaged through handling. Using lasers only exposes the object to light, but creates an exact model that can then be replicated, tested or explored without wreaking the item. It’s perfect for historical preservation, providing exact information without damaging the items.
It’s also great for ship hulls, busy highways, tall skyscrapers and underground coalmines. Even if the object is large and difficult to access, lasers make the job a breeze, providing accurate data without the needless risk of lives.
It’s ideal for making models or inspecting the cohesion of components. Take out the guesswork and know what you are actually dealing with through 3D scanning. Technology delivers the precision without the brunt work of gathering it through brutal measurements and calculations.