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Surgical Motor Solutions

Designing a surgical hand tool? Not sure what motor you need or where to start?

Start your next hand tool design using a sterilizable Portescap Surgical Motor Solution. We have over 20+ years of experience in surgical power hand tool applications designing and developing motor solutions.

Get the performance you need with our Surgical Motor Solutions.

  • Sensored solutions designed to withstand up to 3,000 autoclave cycles
  • Standard designs can be used in production or modified & customized for specific performance needs
  • High torque & speed for increased hand tool power and shorter surgery cases
  • High efficiency for optimized thermal performance at high speeds and high loads

Let Portescap help kick-start your design (Rapid Prototyping)

  • Prototypes available to ship in 2 weeks or less
  • Test your system quickly and shorten your time to market
  • Avoid trial & error experiments, circumvent project cost & time overruns

Surgical Motor Solutions

Custom engineered for critical performance.

Designing a surgical hand tool? Not sure what motor you need or where to start?

Start your next hand tool design using a sterilizable Portescap Surgical Motor Solution. We have over 20+ years of experience in surgical power hand tool applications designing and developing motor solutions.

Get the performance you need with our Surgical Motor Solutions.

  • Sensored solutions designed to withstand up to 3,000 autoclave cycles
  • Standard designs can be used in production or modified & customized for specific performance needs
  • High torque & speed for increased hand tool power and shorter surgery cases
  • High efficiency for optimized thermal performance at high speeds and high loads

Let Portescap help kick-start your design (Rapid Prototyping)

  • Prototypes available to ship in 2 weeks or less
  • Test your system quickly and shorten your time to market
  • Avoid trial & error experiments, circumvent project cost & time overruns

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Specification + Detail
MetricEnglish
Model Diamter{%BR%}(in) Diameter{%BR%}(mm) Max No-Load Current{%BR%}(mA) No-Load Speed{%BR%}(rpm) Continuous Stall Torque{%BR%}(mNm) Continuous Stall Torque{%BR%}(oz-in) Continuous Stall Current{%BR%}(A) Peak Torque for 1s{%BR%}(mNm) Peak Torque for 1s{%BR%}(oz-in) Torque Constant (oz-in/A) Torque Constant (mNm/A) Specification CAD 3D CAD
ENT Microdebrider (24V) 0.50 12.7 855 11,829 39.5 5.60 2.44 449.3 63.6 2.40 17.00
ENT Microdebrider (48V) 0.50 12.7 375 11,910 41.3 5.90 1.27 490.7 69.5 4.80 34.10
Spine Drill 0.50 12.7 420 90,599 9.2 1.31 1.93 166.4 23.6 0.71 5.04
Arthroscopic Joint Shaver (7.2k rpm) 0.65 16.5 645 7,277 117.7 16.70 4.37 1 865.2 264.1 4.00 28.30
Arthroscopic Joint Shaver (4.2k rpm) 0.65 16.5 600 4,233 119.4 16.90 2.59 1 110.1 157.2 6.86 48.50
Large Bone Orthopedic Drill 1.10 27.9 900 957 818.2 115.90 8.23 11 098.0 1 571.7 16.40 116.00
Large Bone Orthopedic Saw/Reamer (9.6V) 1.24 31.5 1 130 16,928 76.2 10.80 16.50 1 432.4 202.8 0.77 5.41
Large Bone Orthopedic Saw/Reamer (12V) 1.24 31.5 1 060 15,887 82.1 11.60 13.30 1 562.6 221.3 1.02 7.20
Large Bone Orthopedic Saw/Reamer (14.4V) 1.24 31.5 850 15,245 88.0 12.50 11.40 1 720.1 243.6 1.28 9.01
Large Bone Orthopedic Drill (9.6V) 1.24 31.5 1 130 16,928 76.2 10.80 16.50 1 432.4 202.8 0.77 5.41
Large Bone Orthopedic Drill (12V) 1.24 31.5 1 060 15,887 82.1 11.60 11.40 1 720.1 243.6 1.02 7.20
Large Bone Orthopedic Drill (14.4V) 1.24 31.5 850 15,245 88.0 12.50 11.40 1 720.1 243.6 1.28 9.01