Are you looking for a micro pump to achieve continuous delivery of micro fluids in your medical equipment and related diagnostic applications? Try the latest Piezoelectric Micro Pumps, which is a slim, miniature, and lightweight diaphragm micro pump. The pimps allow regular delivery of micro fluids in many medical and laboratory instruments.
Common features of a Piezoelectric Micro Pumps are its low electrical and magnetic noise, low consumption of power, low noise, self-priming, small-size, power, and lightweight. Each of the unique features mentioned here has made the pump suit perfectly in diagnostic applications and medical devices operated by battery. Moreover, piezoelectric pumps possess an outstanding ability to pump gases. Indeed, they are perfect to meet industrial and environmental hygiene applications.
The optimum quality of the Piezoelectric Micro Pumps may circulate media and continuously supply fresh liquids to culture cells or engineer tissues without any risk related to contamination of the sample with time. The pumps have regularly adjustable flow rates to optimize the media/fluid conditions actively and have a virtually steady flow to reduce cell perturbation. Depending on the specific laboratory or research center requirements, you may connect multiple micropumps in parallel to produce a defined media gradient and perfuse cells. As micropumps are robust instruments, they can supply culturing continuously to reduce media exchange manually.
Moreover, integrated Piezoelectric Micro Pumps systems may allow sequential mixing, sampling, splitting, analysis, preparation of samples, and their detection to achieve sample-in-result-out related tasks. Many industries may use disposable piezoelectric small-size pumps to mitigate any risk related to cross-contamination of collected samples. If this is not enough, many commercial units use micropumps in humidifiers, steam irons, detergent dispensers, and moisturizers.
We have experienced engineers at Sandur Fluid Controls Pvt. Ltd. to manufacture piezoelectric pumps in micro size to use in labs and medical centers. If you want details, have a look at our website.
Sandur Fluid Controls Pvt. Ltd has recently launched Piezoelectric Micro Pumps that have been developed with the most advanced technologies of our times. Alongside simple usage, we have even ensured the safety of our customers. Compared to other machines, our Piezoelectric Micro Pumps techniques are efficient in managing work-hour capacity and enhancing productivity.
Sandur Fluid Controls Pvt. Ltd is one of the best Piezoelectric Micro Pumps manufacturer, Piezoelectric Micro Pumps exporter and Piezoelectric Micro Pumps supplier in all over countires. Our company highly range to manufacturer of this Piezoelectric Micro Pumps in builky. We are serve this Piezoelectric Micro Pumps product universally. For more information you can contact our experts through our mobile number to assist in giving you more detailed information to meet your requirements. We Sandur Fluid Controls Pvt. Ltd are acclaimed to be the best in the field and give our competitors a tough fight with regards to our quality and rates! Time and again we have proved that we are better than the best !
This miniature, slim, and lightweight diaphragm micropump is driven by a piezoelectric element. An external control signal can arbitrarily set the driving voltage and frequency for operating the piezoelectric micropump, enabling flow rate control. It is most suitable to be integrated into small types of equipment.
Model Number | SDMP302 / SDMP306 | |||||||||
---|---|---|---|---|---|---|---|---|---|---|
Outer Dimensions | 25 x 25 x 4.8 mm | |||||||||
Pump Method | Diaphragm | |||||||||
Type | Piezoelectric Diaphragm Pump | |||||||||
Port Connection | Hose Barb | |||||||||
Ambient Temperature Range | 5~50°C | |||||||||
Rated Voltage | 60~250 VP-P | |||||||||
Other Wetted Materials | COC (Cyclic Olefin Copolymer) or EPDM (Ethylene Propylene Diene Monomer) | |||||||||
Self-Priming | Possible | |||||||||
Flow Rate | SDMP302: 3 mL/min
(Typical) SDMP306: 7 mL/min (Typical) |
|||||||||
Discharge Pressure | SDMP302: 40 kPa
(Typical) SDMP306: 45 kPa (Typical) |
|||||||||
Weight | Approximately 4 g | |||||||||
Maximum Operating Frequency | 10~60 p> | |||||||||
Controller | MPC-200B | |||||||||
Driver Board | MPD-200A | |||||||||
Notes |
|
A piezoelectric element drives this micro diaphragm pump. This pump is a larger size than the standard type to pump a more significant flow rate.
Model Number | SDMP320 | ||
---|---|---|---|
Outer Dimensions | 33 x 33 x 5.5 mm | ||
Method | Piezoelectric Diaphragm Pump | ||
Pump Method | Diaphragm | ||
Type | Piezoelectric Diaphragm Pump | ||
Port Connection | Hose Barb | ||
Ambient Temperature Range | 5~50°C | ||
Rated Voltage | Drive Voltage: 60-250 Vp-p Drive Frequency: 10 - 60 Hz |
||
Body Material | COC (Cyclic Olefin Copolymer), EPDM | ||
Other Wetted Materials | COC (Cyclic Olefin Copolymer) or EPDM (Ethylene Propylene Diene Monomer) | ||
Self-Priming | Possible | ||
Flow Rate | 20 mL/min | ||
Discharge Pressure | 35 kPa | ||
Weight | Approximately 9 g | ||
Controller | MPC-200B | ||
Driver Board | MPD-200A | ||
Notes |
|
A built-in magnet enables the pump cartridge to be easily removed from and attached to an actuator with a piezoelectric element. This feature makes the pump sanitary since it can exchange the cartridge according to the fluid type or sterilize it before use.
Model Number | SDMP320C | ||
---|---|---|---|
Outer Dimensions | 33 x 33 x 6.9 mm | ||
Method | Piezoelectric Diaphragm Pump | ||
Pump Method | Diaphragm | ||
Type | Piezoelectric Diaphragm Pump | ||
Port Connection | Hose Barb | ||
Ambient Temperature Range | 5~50 °C | ||
Rated Voltage | Drive Voltage: 60-250 Vp-p Drive Frequency: 10 - 60 Hz |
||
Power Consumption | 36 mW | ||
Body Material | COC (Cyclic Olefin Copolymer), EPDM | ||
Other Wetted Materials | COC (Cyclic Olefin Copolymer) or EPDM (Ethylene Propylene Diene Monomer) | ||
Self-Priming | Possible | ||
Flow Rate | 20 mL/min | ||
Discharge Pressure | 20 kPa | ||
Weight | Approximately 13 g | ||
Controller | MPC-200B | ||
Driver Board | MPD-200A | ||
Notes |
|
Model Number | APP-20KG | ||||
---|---|---|---|---|---|
Outer Dimensions | 33 x 33 x 9 mm | ||||
Method | Piezoelectric Diaphragm Pump | ||||
Pump Method | Diaphragm | ||||
Type | Piezoelectric Diaphragm Pump | ||||
Port Connection | Hose Barb | ||||
Ambient Temperature Range | 5~50˚C | ||||
Rated Voltage | Drive Voltage: 60-250 Vp-p Drive Frequency: 10 - 60 Hz |
||||
Body Material | PTFE, PEEK, or FFKM | ||||
Self-Priming | Possible | ||||
Flow Rate | 15 mL/min | ||||
Discharge Pressure | 25 kPa | ||||
Weight | Approximately 17 g | ||||
Controller | MPC-200B | ||||
Driver Board | MPD-200A | ||||
Notes |
|
A piezoelectric element drives this miniature diaphragm pump, 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 constant frequency signal generated by a direct current voltage supply. The pump can be used or stopped by inputting an electrical signal into the pump control signal lines. View More >>
Model Number | SDMP302D / SDMP306D | ||
---|---|---|---|
Outer Dimensions | 25 x 25 x 8.2 mm | ||
Method | Piezoelectric Diaphragm Pump | ||
Pump Method | Diaphragm | ||
Type | Piezoelectric Diaphragm Pump | ||
Port Connection | Hose Barb | ||
Ambient Temperature Range | 5~50°C | ||
Rated Voltage | 5 V DC | ||
Body Material | COC (Cyclic Olefin Copolymer), EPDM | ||
Other Wetted Materials | COC (Cyclic Olefin Copolymer) or EPDM (Ethylene Propylene Diene Monomer) | ||
Self-Priming | Possible | ||
Flow Rate | SDMP302D: 3 mL/min (Fixed) SDMP306D: 7 mL/min (Fixed) |
||
Discharge Pressure | 40 kPa | ||
Weight | Approximately 4 g | ||
Notes |
|
This is the driver board that is only compatible to use with the Piezoelectric Micro Pumps. 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. View More >>
Model Number | MPD-200A | ||||||||
---|---|---|---|---|---|---|---|---|---|
Outer Dimensions | 30 x 30 x 18 mm | ||||||||
Method | Driver Board for Piezoelectric Micro Pumps | ||||||||
Weight | Approximately 9 g | ||||||||
Notes |
|
This is the controller that is only compatible to use with the Piezoelectric Micro Pumps. 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. View More >>
Model Number | MPC-200B | ||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|
Outer Dimensions | 75 x 30 x 89 mm | ||||||||||
Method | Controller for Piezoelectric Micro Pumps | ||||||||||
Weight | Approximately 140 g | ||||||||||
Notes |
|