Home » Spine Surgery Robot

Spine Surgery Robot

CASE STUDY

Spinal surgery robot with advanced robotic guided technologies supports high requirements of predictable surgical procedures.

Encoder Requirements

  • Supplying smooth & high torque motion from a stepper motor
  • Hollow shaft
  • High precision
  • Low profile
  • Immunity to magnetic fields interference and EMC

 Absolute Rotary Encoder

  • Netzer DS product line of Absolute Position Electric Encoder™, DS-25, DS-37, DS-40, and DS-58 are incorporated in the robotic arm.
  • Compact, low profile, lightweight & wide bore: Allowing high-level integration for a low profile arm joint design.
  • Frameless & contactless with a negligible rotor weight: No mechanical parts operating, resulting in a long-lasting operational time, introducing no extra weight & inertia (load) to the system.
  • Immune to magnetic interference: Can be very close to the frameless motor magnets.
  • High resolution 18 bit & accuracy < 0.015deg for smooth and high accuracy rotation, high reputability 1 count.
  • Standard digital serial interfaces, SSi, BiSS.
  • Special safety algorithms with real-time BIT (Built-In Test) over SSi or BiSS.

Related Topics

The LVR sensor (Linear Variable Resonance), is a new patented non-contact linear position sensor that is a potential replacement for
Welcome to a journey through the evolution and application of rotary sensors, with a special focus on magnetic sensing technology
The Trumeter IoT Gateway is a device that allows you to connect your analog sensors to the internet for remote
While they may be small, the role of rotary encoders in spacecraft is vital, demanding a balance between performance, reliability,
Not all sensors live easy lives. While some will go on to do noble things such as aiding in medical

"*" indicates required fields

Hi, My name is

and I’m interested in the

You can reach me by email at

or phone at

Message

This field is for validation purposes and should be left unchanged.