3D scanning is a process of capturing digital information of the object shape using devices that has light or laser to measure distance between the object and the scanner. The non-destructive and non-contact scanning technology uses lines of laser light that capture the exact shape and size of the object. The fine details of even the smallest objects are captured and the process comes across in so many sectors and areas. Some of the areas that 3D scans are often used to include automotive, manufacturing, medical and aerospace.
3D laser scanners capture thousands of dots per second, which allows for quick inspection of the parts. It is ideal for measuring and inspecting contoured surfaces as well as for complex geometries, which require a lot of data for a precise description and where traditional measurement methods are impractical.
What are the advantages?
3D scanning is very popular with business people in different areas. You can now easily find 3D scanning services for all the needs that you might have, especially in terms of accuracy and high quality productions. The popularity of the process is as a result of the many advantages it has over other traditional options. Some of the benefits that come with the process:
1. fast detection of all physical measurements of a given physical object; With 3D scanning, the size of the object does not matter.
2. Saves time in designing. The high-resolution details of objects enable the designers to get the first way to the right, saving time, even in productions that would otherwise have proved to be complex and time-consuming.
3. Ensures perfect fit of the parts during the first attempt. 3D literally took the presumption of production processes, especially for the handling of prototypes and the production of parts. The detailed information collected from an object is accurate, and therefore, it is very rare that there are parts which have functional defects.
4. It captures engineering optimization, which is necessary in manufactured parts. The process provides manufacturers with more confidence in compliance with standards and all established targets in the manufacture of parts. With the scans, it is even possible for manufacturers and designed to compare between the designed and built models conditions, so manufactured parts are of the highest quality.
How does the design process help?
3D scans are widely used in the design of various products. Model scanning proves to be advantageous in the design process since:
· It increases the effectiveness when working with shapes and parts that are complex
· It provides updated versions of CAD models that are obsolete
· It is possible to replace missing parts or older parts
· It helps product design so that someone else part can be accommodated
Which areas can be used?
3D scanning is very effective and has become a popular option in various areas, including:
· Historical artifacts
· Prototyping or reverse engineering
· Entertainment industry for games, TV and film productions
· Medical and dental
· Inspection
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