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Medical Robotics

Medical Holography

Case Study

Nowadays, while robotic and other new-age surgical operations are performed, the medical team requires better visualization either prior to or during the operation.

Dedicated 3D holographic imaging systems are now creating a revolution in the medical imagery field, providing unparalleled visualization by presenting 3D imagery and holographic models for comprehensive inspection and medical procedure planning.

The Electric Encoder™ has been selected by a ground-breaking designer of such systems and was recently certified by the FDA as part of the design of the system.
The DS-37 Electric Encoder has been found to be the preferred choice of an encoder for the application due to its exceptional performance to size ratio, hollow-shaft structure, and noise immunity.

ENCODER REQUIREMENTS

  • Small size/diameter, hollow shaft & low profile
  • High precision
  • Resistance to magnetic fields
  • BIT-Built In Test & other smart sensor functionalities

ROTARY ENCODER

  • Netzer DS-37 Absolute Position Electric Encoder™ was incorporated into the robotic scanner with an accuracy of less than 0.015deg.
  • Compact, low profile, lightweight & hollow-shaft: Allowing high-level integration for a low profile.
  • Frame-less & contact-less with a negligible weight resulting in long-lasting operational life.
  • High resolution 19 bit & accuracy ≤ 015 deg for smooth and high accuracy rotation with high repeatability of 1 count.
  • Special safety algorithms with real-time BIT (Built-In Test) over SSI or BiSS.

Do you want to know which absolute rotary encoder best suits your application? Contact our engineers for further information.

 

PRODUCT FEATURES

  • medical robotics high precision

    HIGH PRECISION

  • medical robotics low profile

    LOW PROFILE

  • medical robotics hollow shaft

    HOLLOW SHAFT

  • medical robotics magnetic

    IMMUNITY TO
    MAGNETIC FIELDS

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