1Pcs DC3V 3.7V Micro Peristaltic Pump Squeezing Pump for Precision Instrument Equipment

Label:Yes Rated Voltage: DC3V-3.7V Brand new and high quality Pump Body: metal casting body, metal shell and precision metal three rollers Flow Rate Reference: about 2 seconds per drop at DC2.4V, about 1 second per drop at DC4.2V Weight: about 11.2g Suitable Voltage: DC2.4V-4.2V Flow: less than or equal to 1mL/min, maxinum about 2mL/min Quantity: 1Pcs Motor: mini 10mm(0.39in) M20 planetary gear motor Pump Size: 11.7x14.5x31.8mm(0.46x0.57x1.25in) Working Current: 30mA-38mA Name: Micro Peristaltic Pump Type: micro peristaltic pump, squeeze pump, self-priming pump and metering pump Application: precision instrument equipment, laboratory analyzers, sampling instruments and portable biochemical devices

Description: This ultra micro peristaltic pump is designed for precise low-flow liquid metering and fluid control. The DC3V-3.7V mini pump uses an M20 planetary gear motor and a metal three-roller pump head to squeeze the silicone tube, helping move small amounts of liquid with stable control while keeping the fluid isolated from the pump body.

Features: - Ultra micro peristaltic pump provides precise small-flow liquid dosing and metering for compact equipment. - M20 planetary gear motor with metal pump body and precision three rollers supports stable operation. - Applicable DC2.4V-4.2V voltage range allows fine flow adjustment by changing the operating voltage. - Peristaltic squeezing structure keeps fluid in contact only with the silicone tube to reduce leakage and cross contamination. - Suitable for laboratory analyzers, sampling instruments, portable biochemical devices and precision instruments.

Notice: 1. The real color of the item may be slightly different from the pictures shown on the website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data. Thank for your understanding. 3. 1cm=0.39''.

Package Included: 1x Micro Peristaltic Pump