Прототипирование и дизайн

3D scanning in prototyping and design

Scanning for design updates, customization, tuning, development and production of advanced related equipment, such as an aerodynamic body kit.

3D modelling and 3D printing

With the use of additive technologies, including 3D scanning, the production and reproduction of products has become significantly easier and faster.

Digital archiving

Contactless careful collection of object data for digital archiving, creation of virtual reality and animation.

Non-contact measurements

Save time on tasks of comparing the actual object with the original CAD file, checking tolerances and wear. Non-contact measurements allow you to maintain the accuracy of the product geometry throughout the entire production process.

Reverse Engineering

RangeVision provides professional reverse engineering tools. Reverse engineering from the physical part to the development of design documentation. Allows you to produce analogues and create related elements faster and cheaper.

Quality Control

Comparing a scan of a specific part with a reference CAD model allows you to identify deviations in geometry - casting errors, mechanical wear, damage.

Development of individual prosthetic limbs

3D scanning of casts of damaged limbs for the design and manufacture of high-tech individual Motorika prostheses

3D scanner - prototyping and design tool

High-quality and rapid prototyping in product design and engineering product development plays a key role in the production process. Companies can quickly create and test concepts, reducing the time to bring a product to market and reducing development costs — 3D scanners ensure accurate and fast creation of digital models of physical objects.

Product design based on data obtained from 3D scanners allows you to introduce changes at early stages of development, minimizing risks and improving the quality of the final product. The integration of modern scanning technologies and additive manufacturing creates opportunities for the implementation of the most ambitious ideas, allowing you to create unique and functional products.

Prototyping using a 3D scanner is popular among auto-motorcycle workshops and ateliers for customization and tuning. It is now much easier to develop related elements, for example, an aerodynamic body kit.

Design concepts and prototypes of any products can be refined not only in 3D visualization, but also physically, digitizing them later.

RangeVision 's line of 3D scanners and scanning equipment includes solutions for high-precision industries such as mechanical engineering and more affordable options for hobbies, design, and artistic restoration tasks.

Application

  • Repair and maintenance
    Repair and maintenance
    Quick and easy copying or reproduction of parts and objects to replace broken ones through 3D scanning and 3D printing.
  • Production
    Production
    Geometry control and measurement of manufactured products, tooling and tools, reverse engineering of parts and assemblies, development of design documentation, creation of digital catalogs of parts and tools
  • Jewellery
    Jewellery
    Digitization of jewelry for reproduction, repair, design and fitting, quality control of casting, creation of digital catalogs
  • Industrial Design
    Industrial Design
    Development and improvement of the design of parts, assemblies and mechanisms
  • Auto&Moto Custom
    Auto&Moto Custom
    Reverse engineering and repair of parts, development and fitting of new structural elements and body kit, body geometry control
  • Medicine
    Medicine
    Digitization of organs and body parts for research, control, monitoring of dynamics and development of therapeutic and preventive devices.
  • Museum work
    Museum work
    Scanning of museum exhibits for restoration, research and digital archiving
  • Science & Education
    Science & Education
    Digitization of scientific research objects - archaeological finds observed in the dynamics of objects. Teaching 3D scanning competence in educational institutions.

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