The ventilator gear motor or ventilation motor is a kind of gear motor used in medical ventilator equipment, which is a low-powered micro gear motor. The drive motor can adopt BLDC motor, brushed DC motor, stepper motor, coreless motor and servo motor as the drive source while the gearbox can adopt planetary gearbox, cylindrical gear, worm gearbox and general gearbox as the reducer. The technical parameters of the ventilator motor auto transmission are customized for development including the output power, voltage, reduction ratio, output torque, transmission accuracy, transmission noise, type of drive motor, the structure of gearbox, etc. ZHAOWEI Machinery & Electronics Co., Ltd is committed to research & development of medical motor service.
The customized technical parameters of this kind of micro gear motor transmission system developed by ZHAOWEI is below:
Diameter: 3.4mm-38 mm
Voltage: below 24V
Output power: below 50 W
Output speed: 5rpm-1500 rpm
Speed ratio: 5-2000
Output torque: 1.0 gf.cm -50kgf.cm
ZHAOWEI provides customization services according to the requirements of customers.
Custom Development Case :
Project name: Intelligent Infusion Flow Control Gear Motor
Project background: The automatic infusion system adopts wireless data transmission technology, which enables infusion speed monitoring, total infusion volume display, infusion alarm for completion, etc. It is also possible to simultaneously monitor multiple patients. The product can control the mobile infusion gear motor produced by ZHAOWEI through the precision infrared ray transmitter and receiver, further to control the flow rate and monitor the infusion process. This can significantly improve the working efficiency of medical personnel and reduce the cost of escorting. It enjoys a promising market prospect and plays a vital role in social development.
Technical scheme: ZHAOWEI has rich development experience in equipment transmission gear motor, whose automatic infusion gear motor helps to improve positional accuracy, low noise and stable infusion flow.