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Laser imaging with reverse engineering programs

The castings for the antique hard to find autos and vintage Harley Davidson motorcycles would never have been replicated if not for Reverse Engineering technology. This breakthrough makes use of laser imaging of complicated 3D items, allowing the engineers to recreate the plans or blueprints of many life-saving devices, luxury vehicles, airplanes and many other types of machines.

ReverseEngineering.com integrates the MicroScribe with the Kreon Skiron laser imaging machinery using proprietary reverse engineering technology to accommodate the industries in the aviation, military and other sectors.

Thanks to ReverseEngineering.com, the software for this technology is readily available to those who need to reconstruct or improve on existing items which no longer have the original plans or that can be best enhanced through 3D laser scanning.

If you are hooked on older cars or bikes, then you would have understood a long time ago how difficult and expensive it is to buy moldings of the parts, especially when the original plans have vanished or been destroyed. Manufacturers used to consider this a nightmare especially when they were required to come up with an better version of these specific autos. OEM Castings are generally made available primarily for repairs or for a small selection of autos. What happens when the castings or OEM parts no longer exist?

The auto-racing industry is one of those that characteristically has a unique requirement for laser imaging with reverse engineering. Racing is a very risky career, and while the drivers are livewires and push the limits, they would not be so careless to race down the track at 180 miles per hour without an ease of mind that the suspension parts in his or her car will are sound.

ReverseEngineering.com makes sure that the castings for vehicles are rightfully reproduced. It would normally take a lot of money to accomplish that, but thanks to reverse engineering it is now possible to replicate extremely accurate moldings in a cost-effective manner.

Many older cars are limited production and that likewise is applicable for the technical documentation. Through reverse engineering, manufacturers can recreate the parts and every nook and cranny of the vehicles without a hitch, while staying exact to their geometry.

Not long ago, manufacturers were perturbed when they visited all the professional foundries only to find out that they did not have what was needed to reproduce the casts. Apparently, the talent levels of the original engineers were way above what the present generation could match. With the MicroScribe 3D laser scanning, producers can now recreate a 3D digital duplicate of the cars and create a database that will help them in refining prevailing technology.

The greatest facet about MicroScribe’s reverse engineering machinery is that they can accurately build 3D digital models of nearly all items, no matter the dimensions. And those things can effortlessly be done in a matter of minutes! The tangible world has nearly become conquerable thanks to reverse engineering technology.

Imagine how producers can enhance existing technology for race cars and you will realize that the present speed known to mankind may just be history after all. With reverse engineering, it is quite easy to be astounded with the many opportunities and possibilities that we can realize nowadays not only in the industry of racing and car manufacturing but also in science, animation and the arts.




This post first appeared on Reverse Engineering Blog | Technology On The Go!, please read the originial post: here

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Laser imaging with reverse engineering programs

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