3D scanning and reverse engineering are two examples of methods that yield impressive results and are useful in a variety of industries- everything from food safety to the military. Some examples of how and when one might use each method are below.
Scanning analyzes an object or device in a real-world environment and converts the data it collected to a three-dimensional and computerized design, usable for a wide variety of applications- everything from invention prototypes to artistic creations.
The scanning analyzes a real-world object for its data, measurements and properties and converts that into an on-screen experience in a three-dimensional, digitalized form. This process can be used for a range of different applications- anything from prototypes for inventions, machines or what have you, to artistic creations like sculptures, buildings or paintings.
The artist gets to decide how many scans are necessary to achieve the desired look. After the scan is complete, an immense amount of data is uploaded to the computer. Incredible detail makes for incredible realism, plus a complete 360 degree view of an object. The artist then has the ability to stretch, mold, paint, sculpt or do whatever his artistic inclination calls for.
After the scan is completed, an immense amount of data is transferred to the computer. Incredible detail allows for incredible and organic realism, which every artist yearns for. Plus, the image offers 360 degrees of viewing. In the end, artists can stretch, sculpt, paint or mold whatever they want in order to create the creature of their desire with relative ease.
For example, during WWII, the German gasoline can was superior to that of the American can. Either troops from the field or intelligence operations gathered samples and brought it to the American scientists. After scientists took it apart to understand its efficiency, they created their own version and named it the "Jerry Can".
During the Cold War, for example, the Soviets saw three American B-29 bombers that were forced to land in the USSR. Not having anything similar to the B-29, they confiscated an example, took it apart and within a few years they had an almost exact replica- with a Soviet spin on it, of course. They dubbed the weapon the Tu-4.
In the end, both highly sophisticated processes are revolutionizing many fields of industry and creating a simple process that yields an incredible amount of data and shockingly accurate results.
Scanning analyzes an object or device in a real-world environment and converts the data it collected to a three-dimensional and computerized design, usable for a wide variety of applications- everything from invention prototypes to artistic creations.
The scanning analyzes a real-world object for its data, measurements and properties and converts that into an on-screen experience in a three-dimensional, digitalized form. This process can be used for a range of different applications- anything from prototypes for inventions, machines or what have you, to artistic creations like sculptures, buildings or paintings.
The artist gets to decide how many scans are necessary to achieve the desired look. After the scan is complete, an immense amount of data is uploaded to the computer. Incredible detail makes for incredible realism, plus a complete 360 degree view of an object. The artist then has the ability to stretch, mold, paint, sculpt or do whatever his artistic inclination calls for.
After the scan is completed, an immense amount of data is transferred to the computer. Incredible detail allows for incredible and organic realism, which every artist yearns for. Plus, the image offers 360 degrees of viewing. In the end, artists can stretch, sculpt, paint or mold whatever they want in order to create the creature of their desire with relative ease.
For example, during WWII, the German gasoline can was superior to that of the American can. Either troops from the field or intelligence operations gathered samples and brought it to the American scientists. After scientists took it apart to understand its efficiency, they created their own version and named it the "Jerry Can".
During the Cold War, for example, the Soviets saw three American B-29 bombers that were forced to land in the USSR. Not having anything similar to the B-29, they confiscated an example, took it apart and within a few years they had an almost exact replica- with a Soviet spin on it, of course. They dubbed the weapon the Tu-4.
In the end, both highly sophisticated processes are revolutionizing many fields of industry and creating a simple process that yields an incredible amount of data and shockingly accurate results.
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