Inquiry
Sign In
日本語
Piezoelectric Micro Pumps
The piezoelectric micro pump is a miniature, slim and lightweight diaphragm micro pump, which enables continuous micro fluid delivery. Metals are not used as wetted materials so this pump is highly chemically inert. Self priming, low noise, low power consumption and low electro-magnetic noise have been achieved. For more details or any questions, please feel free to contact us for more information about these pumps.
List of Piezoelectric Micro Pumps
-
Standard Series
Standard Series
This is a miniature, slim, and lightweight diaphragm micro pump driven by a piezoelectric element. The driving voltage and frequency for operating the piezoelectric micro pump can be arbitrarily set by an external control signal, which enables a flow rate control.
Flow Rate 3 ~ 7 mL/min Pump Pressure 40 ~ 45 kPa Dimensions 25 x 25 x 4.8 mm View Details
-
Large Flow Type Series
Large Flow Type Series
This is a diaphragm micro pump driven by a piezoelectric element.This pump is a larger size than the standard type so it is able to pump a larger flow rate. Modify flow rate by adjusting drive voltage or frequency. Low power consumption and noise.
Flow Rate 20 mL/min Pump Pressure 35 kPa Dimensions 33 x 33 x 5.5 mm View Details
-
Cartridge Type Series
Cartridge Type Series
A built-in magnet enables the pump cartridge to be easily removed from and attached to an actuator with a piezoelectric element.This makes the pump sanitary, since it is possible to exchange the cartridge according to the fluid type, or sterilizing it prior to use.
Flow Rate 20 mL/min Pump Pressure 20 kPa Dimensions 33 x 33 x 6.9 mm View Details
-
APP Series
APP Series
This piezoelectric micro pump is a delivery pump, which uses highly chemically inert materials such as PTFE, PEEK, FFKM, etc. for the wetted parts in order to improve its chemical inertness of standard piezoelectric micro pumps. Most suitable for the delivery of chemical reagents, etc.
Flow Rate 15 mL/min Pump Pressure 25 kPa Dimensions 33 x 33 x 9 mm View Details
-
Built-In Driver-Type Series (Fixed Speed)
Built-In Driver-Type Series (Fixed Speed)
This miniature diaphragm pump is driven by a piezoelectric element and its driver board is built-in into the pump. It enables the pump to deliver a constant flow rate by operating the pump with constant voltage and frequency, generated by a supply of direct current voltage.
Flow Rate 3 or 7 mL/min Pump Pressure 40 kPa Dimensions 25 x 25 x 8.2 mm View Details
Driver and Controller for the Piezoelectric Micro Pumps
-
Driver Board [MPD-200A]
Driver Board [MPD-200A]
The MPD-200A is a thin, compact, and lightweight driver board. It is a high voltage circuit board, specifically designed for the piezoelectric micro pumps. From a regular 5 VDC input, it readily generates approximately the 250 Vp-p, 40 Hz necessary for driving the pump.
Input Voltage 5 VDC ±5％ Output Frequency 1 ~ 60 Hz Output Voltage 50 ~ 340 Vp-p Max Number of Pumps 2 Pumps Dimensions 30 x 30 x 18 mm Weight Approximately 9 g -
Controller [MPC-200B]
Controller [MPC-200B]
The MPC-200B is a compact and lightweight controller that can provide the high voltage power output necessary to drive the piezoelectric micro pumps. It is user-friendly with a front panel digital display for configuring the output voltage and output frequency, and a memory function to store the most recently used settings.
Input Voltage 5 VDC ±5％ Output Frequency 1 ~ 60 Hz Output Voltage 60 ~ 300 Vp-p Max Number of Pumps 2 Pumps Dimensions 75 x 30 x 89 mm Weight Approximately 140 g Attachment AC Adapter (100 ~ 240 VAC)
Accessories for the Piezoelectric Micro Pumps
| TYGON® Tubing Accessories (SOLD SEPARATELY) | ||
|---|---|---|
| Material | TYGON® 2001 (for use with methanol, water,and most general uses) |
Size: I.D. 0.79 mm For: |
|
Size: I.D. 1.59 mm For: |
||
| TYGON® 2375 (for use with methanol, water, and most general substances) |
Size: I.D. 2.38 mm For: |
|
Note 1: Details such as specifications, etc., may be changed without notice.
Note 2: TYGON® is a trademark of Saint-Gobain Performance Plastics.
Note 3: If the flow rate decreases with the above tubing, please use the larger tubing available.