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  • The Latest Trends in Surgical Power Tools Design
    Let's explore the latest trends in surgical power tools and the qualifications to consider when searching for a motion solutions supplier to partner with when developing a new hand tool.
  • Surgical Power Tools
    When surgeons perform operations in the operating room, they reach for battery-powered tools. These tools must be precise and reliable and withstand over a thousand autoclave cycles. This places tough demands on the micromotors operating the tools.
  • Motion Considerations for Motorized Multi-function Surgical Power Tools
    Orthopedic trauma and implant procedures involve many areas of the body and several types of operations. But despite the diversity of applications, Orthopedic surgeons need to perform three primary functions to accomplish the majority of joint replacements and repairs of broken bones.
  • Brush DC Motors vs Brushless DC Motors for Disposable Surgical Power Tools
    Disposable tools are a fast-growing segment within the surgical hand tool market, driven by cost and hygiene benefits. For tool design engineers, the motor technology is often a critical choice, specifically the selection of either a Brush DC or Brushless DC motor.
  • Powered Surgical Tool Reliability - Moisture is the Enemy
    For powered reusable surgical tools, reliability is paramount. Due to the presence of electronic components and materials susceptible to corrosion, moisture is often a cause of premature failure, particularly for electric motors. Designers need to consider how to mitigate the effects of moisture
  • Exploring Power Density in Micro DC Motors for Surgical Tools
    With the ever-increasing need for precision and miniaturization in surgical tools and medical devices, power density is a critical consideration when selecting miniature DC motors for these applications.
  • APPLICATION PROFILE: Surgical Hand Tool - Arthroscopic Shaver
    A leading surgical tool company required a small gear motor that could power a shaver hand piece used for small joint arthroscopic surgery.
  • Reducing Surgical Hand Tool Size Without Sacrificing Performance
    Surgical hand tools require a minimum level of power for a given application, and higher power requirements generally necessitate larger motors. This in turn leads to a heavier and bulkier tool that reduces surgeon precision and increases fatigue. This paper explains how to minimize the size

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