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3D scanners

Professional 3D scanning is the process of obtaining detailed information about the configuration and dimensions of an object by measuring it in a three-dimensional coordinate system with a special beam. The resulting object on a 3D scanner is immediately suitable for a 3D printer, but if there are high requirements for detail and surface quality, you will need to convert the image to CAD format and then digitally process it.

Advantages of 3D scanners

The three-dimensional scanning method involves the study of physical objects and the construction of objects in electronic form. In the process, digital metrics are collected, called "point clouds". Each point has coordinates and occupies a certain position in space. Equipment is classified by the type of technology used, size, and scope of implementation.

 

3D model scanners have a list of advantages

  • fast payback of equipment, as the equipment makes production more efficient, and the cost of the finished product is reduced;
  • the optimality of these methods is suitable for different sectors of the market, scientific researches and project works;
  • non-contact method of obtaining images, ensuring the integrity of the object;
  • versatile application-3D devices function indoors and outdoors, in different lighting conditions;
  • mobility-devices can be taken for field activities.

Scope

Industrial 3D scanners can be purchased not only by large enterprises, research and design centers. The equipment is in demand in various industries:

  • mass production;
  • medicine;
  • computer development;
  • design and jewelry;
  • film industry.

Ultrasound devices are widely used in medical and diagnostic institutions. Machines equipped with pulse, fabric or energy dopplers ensure high measurement accuracy. The results of such studies are indispensable in vascular diagnostics, cardiology, mammology, dentistry, orthopedics, obstetrics and Pediatrics.<

A 3D scanner for measuring parts is useful in quality control systems. In the automotive industry, requirements for the accuracy of manufactured elements and components are being tightened. At the same time, the range of product sizes expands, and configurations become more complex. The quality of finished components affects the correct Assembly of final objects and their functionality. Using 3D scanning allows you to control important parameters without significant financial and time costs. The equipment guarantees detection of geometric deviations, detection of corrosion, cracks and other defects, allows you to quickly eliminate defects, adjust dimensions.

Historical departments and design firms can buy a 3D room scanner. The devices help archaeologists study places that should remain intact: ancient buildings, tombs, and even sarcophagi. Interior specialists use three-dimensional room scanning technology to determine whether furniture will fit in a room or use the results of measurements as a" canvas " for creativity.

3D laser scanning is used to build a layout of a land plot. Models are needed for design and preliminary evaluation of work, and later-for quality control.

The equipment is useful in court practice. The compact device can help preserve evidence for forensic examination. Three-dimensional scanning offers to recreate a 3D layout of the crime scene, containing the exact placement of objects, dimensions and distances between objects. It is convenient to use the created model for carrying out investigative actions or during court proceedings.

How to choose a modification

For modern 3D scanners, the price is available to almost everyone, so the choice of the device is based on the following parameters

  • tasks that are set for the equipment;
  • the required accuracy of measurements;
  • dimensions of the scanning area;
  • fast data acquisition and processing;
  • software.