Industrial 3D Scanner
                     Industrial 3D Scanner
The industrial 3d scanner is a tool used to 
capture the shape of an object for use in a 
computer aided design program. The 
scanner can be used to create a model of 
an object that allows you to apply textures 
and make changes without ever having to 
touch the original object. 
This makes it ideal for scanning objects that are 
delicate or valuable, such as jewelry and 
priceless art pieces. The scanner has three 
parts; a turntable, the camera and lighting 
system and the software programs that run the 
device.
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 The turntable is what rotates the object and 
moves it into place to be captured by the 
camera. The camera then takes photographs at 
specific angles and positions so that the 
software can combine them together in a way 
that creates a perfect representation of the 
original object.
 Once constructed, you can use 3d modeling 
software to manipulate your scanned object 
however you want. You can use this 
technology to see how different products look 
before they are manufactured, or you could 
even recreate an entire room in your house by 
scanning every item in it.
 It is also used in forensic science when 
detectives need to recreate crime scenes 
or other environmental situations.
The industrial 3D scanner is a device used 
to create a digital model of an object. This 
can be done using both the light and the 
material characteristics of the object, or 
only one of these characteristics.
The industrial 3D scanner is a high-end 
device that measures an object's 
geometric properties using a laser. The 
process takes place in two steps: First, the 
scanner rotates around the object to be 
scanned while it shoots a laser at it. 
The laser beam reflects off the surface of 
the object, and then hits a matrix of 
sensors on the scanner to create a point 
cloud made up of thousands of points that 
represent the shape of the object. 
In the second step, this point cloud is 
processed into a polygon mesh, which is 
basically an approximation of the object's 
volume with flat faces that approximate its 
actual curved surfaces.