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What is the purpose of a 3D scanner?


  3D scanning technology is becoming more and more popular, and global companies are beginning to adopt this versatile technology to increase productivity, cut unnecessary costs, and provide exciting new products and services.

  Whether you are an industrial engineer who needs an excellent solution for reverse engineering, or a doctor who needs to efficiently produce prosthetic equipment, 3D scanning can help you achieve your goals.

  This article will introduce some industries that have successfully integrated 3D scanning technology, understand how this technology can help them achieve amazing results, and find a 3D scanning solution that suits you.

  Industrial Design and Engineering

  Innovative 3D scanners have been widely used in industrial design, engineering and manufacturing because it can capture the required data quickly and accurately. Without these advanced 3D equipment, the staff must complete the measurement through traditional manual methods, which is time-consuming and costly. Powerful 3D scanning solutions can be used in product design, testing, development, market launch, after-sales and other stages. It can not only speed up the overall process, but also avoid costly errors and improve productivity.

  If we want to find the best 3D tool for a specific application scenario, we must first consider the size and characteristics of the captured object.

  For example, to scan large industrial products, such as trucks, trains, and even airplanes, a multifunctional fixed 3D scanner is recommended. This type of scanner does not require personnel monitoring, and does not require excessive operations, and can complete accurate scanning in a short time.

  The remote fixed 3D scanner accurately captures large objects

   If your scanned object is not that big, and there are still a lot of precise details that need to be captured accurately, then you can use a handheld 3D scanner. This type of 3D tool is very flexible, easy to use, and can capture small objects and complex geometries with good accuracy.

   handheld 3D scanner completes high-precision scanning

  Similarly, first consider what kind of 3D data you need. Is it for analysis, reverse engineering, 3D printing, or other purposes? No matter which product you choose, for different scenarios such as rapid prototyping and quality control, we recommend that you use powerful 3D scanning software. Some high-end 3D scanners are designed for common CAD/CAM and 3D modeling software, bringing more possibilities to users.

  Medical field

  The medical field also benefits from the integrated 3D scanning technology. This technology has been used in scientific research, patient care, and customized personalized medical solutions, bringing dramatic changes to the field. The speed, accuracy, and important safety of various fixed and hand-held 3D scanners have attracted the attention of medical professionals around the world. They make full use of this emerging technology to not only greatly improve some of the existing medical procedures, but also innovate some methods. .

  Portable 3D scanning technology improves medical experience for patients around the world

   For example, 3D scanning technology brings new technology for medical practitioners to scan the human body easily and quickly. Both fixed or handheld 3D solutions can be implemented. Doctors can also use the scan data for scientific research or long-term observation of the patient's body changes. 3D scanning can easily obtain pre- and post-operative data for accurate comparison, and it is much simpler than in the past.

  Customized medical solutions, such as back protectors, implants, prostheses, and even customized wheelchairs, are easy and quick to handle. The 3D scanner can easily capture the required data, process it through professional 3D software, and make it through a milling machine or a 3D printer.

  Legal appraisal

   Advanced 3D scanning technology is becoming more and more popular in the field of forensic identification because it is portable, flexible and accurate. Globally, the police, insurance companies, and even in the process of evidence production in court trials, have professional 3D scanning solutions.

  The 3D scanning technology used in identification must be portable, flexible and accurate. For example, portable 3D scanners are highly accurate and can be used indoors and outdoors, even in direct sunlight. This can greatly simplify the evidence collection process.

   Compared with traditional evidence collection methods, such as photography or tape measure, 3D scanning is a powerful technology that can capture data extremely accurately within a few minutes. These advanced technologies have been widely used in a variety of identification situations, such as capturing a complete or partial crime scene before the formal collection of evidence. 3D scanning can also excellently capture the repaired evidence to simulate the crime scene and perform analysis. The 3D scan data is very accurate and reliable, and the conclusions and findings drawn are often used as evidence in court by police and insurance companies.

   There are various 3D scanning tools launched by different brands, but only a few of them have brought real breakthroughs. For example, a wireless 3D scanner, equipped with on-board 3D data processing, built-in touch screen and battery, can be operated indoors and outdoors, and there is no need to worry about direct sunlight.

  3D scanning has been applied to crime scene reconstruction, data collection and other identification scenarios

  Archaeology and Cultural Relic Protection

   3D scanning technology has also been adopted in other fields, including archeology and cultural relic protection.

   structured light 3D scanner makes digital models for cultural relics

  3D scanning technology has many convenient applications in archaeology and cultural relics protection. Compared with the past, the latest 3D technology makes digital models for different cultural relics, which can bring more historical fragments back to life and let more people understand history. From scanning a small piece of ceramic fragments at an archaeological site to making online museums with hundreds of exhibits, 3D scanning technology has rapidly changed the way we protect, display, and appreciate cultural relics and history.

   When choosing a 3D solution for archaeology, we need to focus on the scanning environment. It is very likely that you need to scan at the archaeological site or anywhere. So you should choose a 3D scanner that can work outdoors, including scanning under direct sunlight. In addition, whether the device can be connected to an external portable battery is also important, so that you can perform continuous scanning for several hours anytime, anywhere.

   However, portable 3D scanners are mainly suitable for small and medium-sized objects. If the project involves large objects, such as monuments or buildings, you can consider using a professional fixed lidar solution that allows you to capture a large amount of data in a short time. If you need to capture all kinds of cultural relics of different sizes, or large objects with fine details, then a combination of handheld and fixed scanners will work well.

  Art Design

   virtual reality game developers, Hollywood special effects artists and talented art designers, hope to use multifunctional 3D scanning technology to bring miracles into the world of art and design.

  3D scanning can produce cool movie special effects, realistic and immersive virtual reality, or design elegant evening dresses to bring creativity into reality in a new way.

   When choosing a scanner for the field of art design, it mainly depends on the scanned object and the purpose. For example, if you want to make a game image or an avatar in virtual reality for someone, then use a 3D scanner that is safe and convenient, and scans quickly. Portable scanners may also allow you to accurately capture the entire body of the human body.

   For small objects, or objects with precise details, such as interior decorations or jewelry, you need to choose a highly accurate 3D scanner to make 3D models with bright colors and first-rate accuracy without worrying about the difficulty Scan area!

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