The castings for the antique hard to find autos and vintage Harley Davidson motorcycles would never have been duplicated if it was not for reverse engineering technology. This technology makes use of laser imaging of complicated 3D objects, allowing the engineers to rebuild the plans or blueprints of many life-saving devices, luxury vehicles, airplanes and other machinery.

RE integrates the MicroScribe with the Kreon Skiron laser imaging machinery using proprietary reverse engineering technology to cater to industries in the aviation, defense and other sectors.

Thanks to RE, the application package for this technology is made easily available to everyone who needs to rebuild or improve on existing objects that no longer have the original plans or which can be best enhanced via 3D laser imaging.

If you are hooked on vintage autos or motorcycles, then you would have seen a while back how difficult and costly it is to purchase castings of the parts, specifically when the original blueprints are gone or have been destroyed. Producers used to consider this a nightmare especially when they needed to come up with an enhanced version of the said vehicles. OEM Castings are generally made available primarily for repairs or for a small selection of vehicles. What happens when the moldings or OEM parts are no longer existing?

The auto-racing industry is one of those that inherently has a special requirement for laser scanning via reverse engineering. Racing is a specially risky career, and though the drivers are go-getters and push the limits, they would never be so absentminded to careen at 180 mph without any assurance that the suspension parts in his or her car will work.

Most vintage autos are limited production and that likewise goes for the technical references. Through reverse engineering, manufacturers can replicate the parts and every nook and cranny of the autos with minimal effort, while keeping exact to their geometry.

There was a time when manufacturers were irritated when they visited all the expert foundries only to find out that they could not reproduce the casts. Apparently, the skill levels of the original producers were way above what the current generation could match. With the MicroScribe 3D laser imaging, producers are now able to recreate a 3D digital replication of the cars and build a database that will help them in improving current technology.

The greatest quality about MicroScribe’s reverse engineering machinery is that they can precisely build 3D digital models of nearly all objects, whatever the size and shape. And those tasks can easily be done in a matter of minutes! The tangible world has almost become conquerable due to to reverse engineering technology.

Imagine how producers can further existing technology for race cars and you will realize that the current speed known to humanity may just be history after all. With reverse engineering, it is quite easy to be overwhelmed with the multiple chances and potential that we can achieve nowadays not only in the field of racing and car manufacturing but also in science, engineering and the arts.

Dan Sever writes about current technology advances in the field of reverse engineering and CAD. For more information regarding these and other technological advancements Visit Reverse Engineering

Dan Sever writes about current technology advances in the field of reverse engineering and CAD. For more information regarding these and other technological advancements visit: http://www.reverseengineering.com

Author Bio: Dan Sever writes about current technology advances in the field of reverse engineering and CAD. For more information regarding these and other technological advancements Visit Reverse Engineering

Category: Computers and Technology
Keywords: laser imaging, CAD lasers, faro, romer, microscribe