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Medical & Basic Research

Medical & Basic Research

SHINING 3D scanners enhance Medical & Basic Research with high precision for accurate analysis, non-invasive tissue scanning, and quick 3D data capture. They enable easy digital archiving and support personalized medicine with custom 3D-printed implants. These scanners aid research and teaching by clarifying complex structures and are versatile for fields like biomedical engineering and archaeology. Overall, they improve medical and research work with precision and speed.

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Overview

Overview

The medical and basic research industry is vital for advancing healthcare and scientific understanding, with significant potential in new drug development, disease understanding, and personalized medicine. Its major challenges include high costs, strict regulations, and the complexity of biological systems. Despite these hurdles, the industry promises significant improvements in health outcomes and medical technologies.

About Our Medical & Basic Research solutions

SHINING 3D opens up limitless possibilities for you.

Hospitals

Hospitals (including Orthopedic Surgery, Plastic Surgery)

SHINING 3D scanners offer hospitals, including orthopedic and plastic surgery departments, the advantage of precise and non-invasive 3D scanning for accurate pre-surgical planning, personalized treatment, and efficient patient care.

Prosthetics Design

Prosthetics Design

SHINING 3D scanners provide prosthetics designers with the advantage of precise 3D scanning for custom-fit and personalized prosthetic design, enhancing patient comfort and functionality.

Customized Medical Aids

Customized Medical Aids

SHINING 3D scanners offer the advantage of precise 3D scanning for the customization of medical aids, ensuring an optimal fit and functionality tailored to individual patient needs.

What You Can Achieve with Our Scanners

Discover the ways in which integrating our scanners into your workflow can enhance efficiency and help you achieve remarkable results.

  • Anatomical Studies

    Precisely capture anatomical structures for detailed analysis and educational purposes.

  • Biomedical Engineering

    Aid in the development and testing of medical devices and implants.

  • Clinical Diagnostics

    Assist in non-invasive scanning for disease detection and monitoring.

  • Personalized Medicine

    Customize treatments and prosthetics based on individual patient scans.

  • H2

    EinScan H2

    Best quality of photorealistic textures and non-rigid algorithms for human body scans.

    • Scan Accuracy

      Up to 0.05 mm

    • Volumetric Accuracy

      0.05+0.1 mm/m

    • Scan Speed

      1,200,000 points/s

    • Point Distance

      0.25 ~ 3 mm

    • Maximum FOV

       780 x 900 mm

    • Material Adaptability

      Normal/Dark/Live/Reflective/Outdoor

    • Type of light source

      LED/Infrared VCSEL

    • Align Mode

      Feature Alignment / Texture Alignement / Marker Alignment
    Learn more
  • einstar

    Einstar

    The best choice to start your 3D scanning journey at an affordable price, easy to scan both indoors and outdoors.

    • Scan Accuracy

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    • Volumetric Accuracy

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    • Scan Speed

      980,000 points/s

    • Point Distance

      0.1 ~ 3 mm

    • Maximum FOV

      434 x 379 mm

    • Material Adaptability

      Normal/Dark/Live/Outdoor

    • Type of light source

      Infrared VCSEL

    • Align Mode

      Feature Alignment / Texture Alignment / Marker Alignment
    Learn more