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The use of 3D technology in education provides many benefits for both students and teachers. One of the benefits is making props with a 3D Printer. Students and Teachers can jointly create designs and print them using a 3D Printer.
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The growth of the automotive and aerospace industries allows the production of small components on a regular basis as well as making design changes. 3D Technology can help engineers to do reverse engineering or inspection vehicles and parts. This increases the efficiency of product development and quality control.
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3D Scanner can also be used in the healthcare industry. An example is in the prosthesis. In this case, the scan is done with the patient’s left hand, then in the post-scanning, mirroring is done to get data on the right hand. This shortens the manufacturing time and makes the results customized according to the patient.
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After the patient’s right-hand data is obtained, then the data can be printed using a 3D Printer. This in addition to supporting use in patients, can also boost the level of patient confidence.
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Traditional mold measuring methods are generally done manually using contact measuring tools such as vernier measuring tools or micrometers. Only a few attributes such as mold width, height, and depth can be measured, while the curvature of the surfaces and sunken surfaces are difficult to measure. For this reason, non-contact 3D scanner measurement is gradually becoming one of the main methods of industrial mold measuring due to its ability to overcome the deficits of traditional measuring methods and achieve high-quality inspection which is vital to guarantee a long-term fluent production of high-quality identical molded products.
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In the field of power generation, the company uses additive manufacturing technologies to produce parts of high-performance complex structures. 3D digitizing and metrology solutions enable the inspection of large machinery and industrial parts to ensure that they meet design requirements and to monitor the status of parts abrasion and deformation during long-time operation.
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