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pump Product List

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Achieving ultra-micro liquid delivery! Piezo micro pump 'SDMP Series'

Achieving ultra-micro liquid delivery! Piezo micro pump 'SDMP Series'

A coin-sized micropump that can operate flow rates with drive voltage and frequency! Achieves low noise and energy efficiency. Flow rate: 3 mL/min, 7 mL/min.

The piezo micro pump "SDMP series" is an ultra-compact pump that can be powered by dry batteries. If it is a built-in driver type, you can easily start liquid delivery by simply connecting the power supply. The standard type has external dimensions of 25 × 25 × 4.8 mm and weighs approximately 4 g. This size achieves a standard flow rate of 3 mL/min and 7 mL/min for ultra-small volumes! The larger high-flow type can accommodate a standard flow rate of up to 20 mL/min. It can be easily installed anywhere, making it suitable for integration into small devices and for various liquid delivery applications. 【Features】 - Compact, thin, and lightweight, capable of delivering minute amounts of liquid - No metal is used in parts that come into contact with the liquid - Low noise and low power consumption - Flow rate control is possible through driving voltage and frequency - Self-priming capability, no priming water required *For more details, please download the PDF or feel free to contact us.

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Non-pulsating pump - EOP-driven micro pump unit [under development]

Non-pulsating pump - EOP-driven micro pump unit [under development]

It utilizes the phenomenon of electroosmosis and is characterized by being non-pulsating, quiet, compact, lightweight, and capable of high pressure. The indirect drive mechanism allows for the pumping of various liquids.

The electric osmotic flow pump (EOP) that uses electric osmotic pressure is ideal for microfluidic systems sensitive to pulsation, as it does not generate pulsation; however, it can only directly transport ethanol. To overcome this limitation, this pump unit is equipped with an internal diaphragm that isolates ethanol and other substances from the transport liquid. This indirect drive mechanism allows for the transport of various liquids. 【Features】 ■ Utilizes the electric osmotic flow phenomenon, characterized by being pulsation-free, quiet, compact, lightweight, and high-pressure. ■ The flow rate increases or decreases linearly with the applied voltage (VDC), making it easy to control. ■ An option for a discharge pressure of 1 MPa is also available. *For more details, please contact us or download the PDF.

  • Positive Displacement Pump

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Interchangeable liquid connection! Cartridge-type piezo pump SDMP320C

Interchangeable liquid connection! Cartridge-type piezo pump SDMP320C

The pump body is a cartridge-type compact, slim, and lightweight micro pump. The liquid contact parts can be easily replaced for each fluid used, ensuring hygiene.

This is a type of piezo pump that allows for the replacement and sterilization of the liquid contact part. It is suitable for applications such as cell culture, where contamination is a concern! It is compact, lightweight, and energy-efficient. 【Features】 - The dedicated drive unit and liquid contact part using piezo elements can be easily detached and attached with magnets. - The cartridge part can be sterilized before use. No metal is used in the areas that come into contact with liquids. - It has self-priming capability and does not require a priming liquid. - Flow rate control is possible through driving voltage and frequency. - It is compact, slim, and lightweight. Additionally, it operates with low noise and low power consumption. *For more details, please contact us or download the PDF.

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Ultra-compact Tube Pump "RP-Q Series"

Ultra-compact Tube Pump "RP-Q Series"

Finger-sized micro tube pump, with a proven track record of adoption by the U.S. space development agency. It is compact, lightweight, and low power consumption, making it suitable for various applications.

This is a very compact fingertip-sized pump. The discharge volume is 0.2 to 3.0 mL/min, and the discharge pressure is 50 kPa. There are models that allow for easy replacement of the pump head (the wetted part), making it applicable for various uses. Multiple tube materials are also available. It is driven by a DC motor rated at 3 V and can be easily operated by simply connecting it to a dry battery. 【Features】 ■ It is a very compact and lightweight pump. ■ It has low power consumption, with a discharge volume of less than 0.4 W (RP-QIIA/QIIIA is less than 0.5 W). *For more details, please download the PDF or feel free to contact us.

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Piezo Micro Pump "SDMP High Flow Series" Compact, Thin, Lightweight

Piezo Micro Pump "SDMP High Flow Series" Compact, Thin, Lightweight

This is a small, thin, lightweight piezoelectric-driven diaphragm micro pump. It has increased flow rate compared to the standard type while maintaining low noise and low power consumption.

The "SDMP High Flow Series" is a compact, thin, and lightweight piezoelectric diaphragm micro pump. It has been made slightly larger to achieve a flow rate of 20 mL/min, which is greater than that of the standard type. The flow rate can be controlled by adjusting the pump drive voltage and frequency from an external source. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Compact, thin, and lightweight piezoelectric diaphragm design ■ Slightly larger size to achieve a flow rate of 20 mL/min, greater than the standard type ■ Flow rate can be controlled by adjusting the pump drive voltage and frequency from an external source ■ No metal used in parts that come into contact with liquids ■ Low noise and low power consumption ■ Self-priming capability, no priming water required *For more details, please refer to the PDF document or feel free to contact us.

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Piezo Micro Pump "SDMP_D Series" Compact, Thin, Lightweight

Piezo Micro Pump "SDMP_D Series" Compact, Thin, Lightweight

A diaphragm-type micropump driven by a piezo element with a built-in drive circuit. Compact, thin, and lightweight, capable of delivering small amounts of liquid! Low noise and low power consumption pump.

The "SDMP_D Series" is a piezoelectric diaphragm micro pump that incorporates a driving circuit (driver). By simply supplying a DC voltage without generating a special waveform for piezoelectric drive, it can operate the pump with a constant voltage and constant frequency signal, delivering a constant flow rate. Flow rate and pressure adjustments are not possible. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Piezoelectric diaphragm type with built-in driving circuit ■ Compact, thin, and lightweight, capable of delivering small amounts of liquid ■ No metal used in parts that come into contact with the liquid ■ Low noise and low power consumption ■ Flow control possible through driving voltage and frequency ■ Self-priming capability, no priming water required *For more details, please refer to the PDF document or feel free to contact us.

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Quantitative dispensing pump "MCP Series" for high-precision cycle dispensing.

Quantitative dispensing pump "MCP Series" for high-precision cycle dispensing.

Due to the diaphragm type, it has excellent corrosion resistance! It discharges fluid with high precision and in a quantified manner.

The "MCP series" is a quantitative dispensing pump with a maximum discharge volume of 50μL. It has a very high repeatability accuracy of 1-2% for cyclic dispensing. The adjustment range for the discharge volume per cycle can be manually set between 5-50μL. It can be controlled simply by turning the DC power supply ON and OFF, without the need for a stepping motor or dedicated driver. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Maximum discharge volume is 50μL ■ Adjustment range per shot is 5-50μL ■ High precision cyclic dispensing of quantitative fluids ■ Can be controlled only by turning the DC power supply ON and OFF ■ No need for stepping motors or dedicated drivers ■ Good corrosion resistance due to diaphragm type *For more details, please refer to the PDF document or feel free to contact us.

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Quantitative Discharge Pump "PKP Series" High Precision Cycle Discharge

Quantitative Discharge Pump "PKP Series" High Precision Cycle Discharge

The adjustment range for the discharge volume per shot is 50 to 500 μl! Introducing a quantitative dispensing pump.

The "PKP Series" is a quantitative dispensing pump with a maximum discharge volume of 500μL. It has a very high repeatability accuracy of 1% and dispenses in cycles. The adjustment range for the discharge volume per cycle can be manually set between 50 and 500μL. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Maximum discharge volume is 500μL ■ Discharge volume adjustment range per shot is 50 to 500μL *For more details, please refer to the PDF document or feel free to contact us.

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Total solutions for fluid control - a specialized manufacturer of valves and pumps.

Total solutions for fluid control - a specialized manufacturer of valves and pumps.

Leave the problem-solving related to fluid control to us! Total consulting and design/manufacturing contract services for various development projects.

When conducting advanced fluid control, various issues arise. There may be cases where the desired functionality cannot be achieved as designed, necessitating a fundamental redesign. Additionally, as fluid control becomes miniaturized, different technical elements emerge compared to conventional methods, and if appropriate designs are not made in advance, significant waste of valuable development time and costs may occur. We offer total consulting and design and production contracting services, keeping in mind the launch of experimental devices, prototypes, and even mass production equipment for various development projects. 【Examples of Services】 ■ Design proposals from prototype devices to equipment structures ■ Comprehensive problem-solving proposals for fluid, thermal, optical, electrical, etc. ■ Verification and analysis services for flow, heat, diffusion, pressure, and reactions ■ Contract manufacturing services for prototype devices ■ Improvement proposals for existing equipment structures *For more details, please refer to the PDF materials or feel free to contact us.

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Product Adoption Case No.1 [Kumamoto University] Thin Micro Pump for Gas Analysis Equipment

Product Adoption Case No.1 [Kumamoto University] Thin Micro Pump for Gas Analysis Equipment

A corrosion-resistant, compact, and lightweight micro-dispensing pump has been adopted for the gas analysis device at Kumamoto University, contributing to the development of portable analysis equipment.

We proposed a shape memory alloy-driven pump as a small, lightweight micro-dispensing pump with excellent corrosion resistance to address the challenge of flowing 10-20 μL/min of dilute sulfuric acid and fluorescein mercuric acetate (FMA) as reagents into a microchannel, thereby meeting customer requirements. We successfully developed a portable analytical device of compact size, which has proven effective in detecting gases emitted from the crater of Mount Aso in Kumamoto and gases released from the tidal flats of Ariake Sea. The results were also presented at the Analytical Chemistry Society. 【Features of the device】 ■ An analytical device for detecting gas concentrations of atmospheric pollutants SO2 and H2S ■ A portable μTAS using microchannels

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The impact of suction height on the discharge amount of Takasago's quantitative discharge pump.

The impact of suction height on the discharge amount of Takasago's quantitative discharge pump.

Here is an example of measuring the change in discharge volume by varying the suction height.

The quantitative discharge pump is affected by changes in the height of the suction lift. When the suction height is high, the discharge volume decreases, and when it is low, the discharge volume increases. Here, we present an example of measuring the change in discharge volume by varying the suction height. Measurement model: NRP-500P Measurement conditions: Discharge volume set to 500 mm³ at a suction height of 500 mm (Other than the conditions below, standard test conditions apply) 【Measured examples of changes in suction height and discharge volume ※Excerpt】 ■Suction height (mm): Discharge volume (mm³) ・50: 556 ・100: 542 ・200: 521 ・300: 505 *For detailed measurements, please refer to the link below. *For information on quantitative discharge pumps, please refer to the PDF document or feel free to contact us.

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The influence of the surrounding environment and fluid temperature of the Takasago quantitative dispensing pump on discharge volume and reproducibility.

The influence of the surrounding environment and fluid temperature of the Takasago quantitative dispensing pump on discharge volume and reproducibility.

We will introduce actual measurement examples of changes in discharge volume and reproducibility when varying ambient temperature and fluid temperature.

The quantitative dispensing pump is affected by changes in ambient temperature and fluid temperature, which influence the discharge volume and reproducibility. This occurs because the rubber components used in the wetted parts are affected by temperature, causing changes in hardness. Here, we present examples of measuring discharge volume and reproducibility when varying ambient and fluid temperatures. Measurement Model: NRP-500P Measurement Conditions: Discharge volume set to 500mm³ at an ambient temperature and fluid temperature of 24°C (Other than the conditions below, standard test conditions apply) 【Table of Changes in Ambient Temperature, Fluid Temperature, Discharge Volume, and Reproducibility - Measured Examples】 ■ Ambient Temperature, Fluid Temperature (°C): Discharge Volume (mm³): Reproducibility (Maximum Value Error / Minimum Value Error) - 10: 461: +4.64% / -4.70% - 24: 497: +0.64% / -0.62% - 40: 550: +2.20% / -2.89% *For detailed measurements, please refer to the link below. *For information on the quantitative dispensing pump, please refer to the PDF document or feel free to contact us.

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Small Syringe Pump (Micro Syringe Pump) SCP Series

Small Syringe Pump (Micro Syringe Pump) SCP Series

A palm-sized, compact, and lightweight syringe pump! Compared to conventional syringe pump systems, costs have been significantly reduced.

This is a syringe pump that is palm-sized yet incorporates a stepping motor as its driving source. It achieves zero dead volume, which is impossible with similarly sized plunger pumps. The capacity has increased to 1000 μL compared to our pen-type syringe pump (SBP series). 【Features】 - The SCP series is a palm-sized syringe pump with a built-in motor. - Fluid is discharged by the movement of the motor shaft in the direction of the piston’s motion. - It is smaller, lighter, and significantly more cost-effective compared to conventional pumps with the same capacity. - It achieves zero dead volume, which is impossible with similarly sized plunger pumps. - We can also accommodate requests for disposable syringe models. - A user-friendly controller, the SXPC series, is also available. *You can choose the connection and fluid contact materials. Please consult us.

  • Syringe Pump

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Micro peristaltic pump (insulin pump) / liquid delivery pump

Micro peristaltic pump (insulin pump) / liquid delivery pump

A super small pump capable of controlling liquid medications such as insulin at the microliter level. It can also function as a wearable infusion pump powered by a battery.

Introducing a compact, portable, and affordable infusion pump! It can be battery-operated and is easy to use as a wearable infusion pump (insulin pump). The fluid connection part can be easily replaced, making it hygienic and economical. 【Features of the Micro Infusion Pump】 - Ultra-compact - Controls medication such as insulin at the micro-liter level - Operates on battery power - The fluid connection part is disposable, ensuring hygiene and cost-effectiveness - Easy attachment and detachment of reusable and disposable parts *For more details, please download the catalog from the PDF below or feel free to contact us.

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Various micro pumps (for insulin pumps / infusion pump systems)

Various micro pumps (for insulin pumps / infusion pump systems)

This is a micropump capable of delivering extremely low flow rates of liquid medications such as insulin. The liquid contact parts are disposable. It is used for fluid delivery management and abnormal detection.

This is a micro pump capable of delivering low-flow drug solutions such as insulin. Depending on the application, you can choose from four different basic structures. All types have disposable parts that come into contact with the drug solution. The main feature is the ability to provide a feedback system combined with a flow meter that can measure in microliter units. This is suitable for high-precision delivery management and for detecting delivery anomalies. Customization for flow rate and other parameters is possible for all types. 【Four Basic Structures】 1. Tube Pump (Peristaltic Pump) Simple structure. Controls the amount of drug solution based on the motor's rotation speed. No free flow. 2. Piezoelectric Diaphragm Pump Slim, low power consumption. Wide range of flow control. 3. Electroosmotic Drive Micro Syringe Pump Micro syringe can be used directly for drug solution storage. Extremely low power consumption. High discharge pressure. 4. Shape Memory Alloy Driven Quantitative Discharge Pump The entire pump body is fully disposable. Slim and extremely lightweight.

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