Explanation of evidence-based nursing procedures and OSCE education. AC servo motors are optimal for precise force control in CPR training mannequins and similar applications.
In the medical field, simulation exercises using sophisticated patient models are essential to elevate nursing procedures learned through e-learning and other methods to a practical level. Particularly for physical interventions such as cardiopulmonary resuscitation (CPR), position changes, and joint range of motion training, if one cannot realistically experience "patient weight" and "muscle and joint resistance," it will be impossible to apply the correct force in actual clinical settings. Modern high-function simulators reproduce these "force sensations" through electronic control, achieving a more realistic and tense OSCE (Objective Structured Clinical Examination). The "AC Servo Motor (CMS Series)" that we handle is the optimal solution as a simulator actuator, faithfully reproducing the human body's resistance during chest compressions and the stiffness of joints in paralyzed patients, thanks to its precise torque control technology.
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basic information
■ Key Points of Nursing Technology Education and Force Feedback Simulation - Blended Learning: An educational method that combines knowledge acquisition through e-learning and training in the psychomotor domain (body movements) using simulators. - Reproduction of Force Feedback: Mechanically reproducing the appropriate depth of compression and resistance felt during CPR (cardiopulmonary resuscitation), as well as the sensation of contracture (a condition where joints become stiff), to cultivate the sensory memory of healthcare professionals. ■ Features of AC Servo Motors for Medical Simulators (CMS Series) - Precise Torque and Force Control: High-precision position information and current control via encoders allow for the programmable simulation of muscle resistance and joint stiffness that closely resembles that of a real human. - High Response Design: High responsiveness that instantaneously provides appropriate reactive force without delay in response to the irregular movements and pushes of trainees. - Complete Domestic Inspection: All units undergo domestic inspection from prototypes and small lots, ensuring a reliable quality suitable for medical education equipment.
Price information
We have adopted a cored design using powerful neodymium magnets and established a production system for standard stock items, which results in excellent pricing and delivery times. Prices may vary depending on annual usage quantities, the number of lots, and the presence of drivers and gearheads, so if you are looking to reduce costs, please feel free to request a quote. Our sales department will do their utmost to accommodate your budget and preferences.
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Applications/Examples of results
【Examples of Applications in Medical Education Equipment with Force Control】 - Servo control mechanism that generates appropriate resistance during chest compressions in CPR training mannequins. - Actuator that applies weight or stiffness resistance to joints for practice in caregiving and rehabilitation techniques (position changes and transfers). - Haptic feedback drive components that reproduce the sensation of organ walls in endoscope and catheter surgery simulators. - Lifting and precision drive axes for heavy patient transport simulators and automated transport systems. 【Our Motor Lineup】 - AC servo motors for precise drive and force control in simulators (CMS series). - Small geared motors for driving mechanisms in confined spaces (SGM series). - Brushless motors for driving medium-sized pumps and mechanisms (CMH series). - Wheel-type motors for in-hospital transport robots and AGVs (HSM series).
Line up（7）
| Model number | overview |
|---|---|
| CMS40 | （□40 / 25W～50W / 0.12～0.16Nm） |
| CMS60 | （□60 / 100W～300W / 0.5～1.47Nm） |
| CMS80 | （□80 / 375W～750W / 1.84～3.70Nm） |
| CMS110 | （□110 / 550W～1175W / 2.50～5.76Nm） |
| CMS130 | （□130 / 525W～2400W / 2.5～14.6Nm） |
| CMS180 | （□180 / 2400W～5200W / 11.5～24.6Nm） |
| The entire series | All models are equipped with options for a non-excited operation type electromagnetic brake and a planetary gear head. |
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Company information
CLUW Inc. specializes in low-voltage battery-driven motors and control drivers, offering a comprehensive lineup from compact to high-power models. Our product range includes Brushless DC Motors, Battery-Driven AC Servo Motors, Geared Motors, In-Wheel Motors, and Cooling Fans. Beyond product supply, we deliver dedicated technical support—from driver selection and setup guidance to troubleshooting—ensuring seamless operational integration for our customers.
