高砂電気工業 List of Products and Services

This is a super small pump that utilizes the phenomenon of electrokinetic flow (see the principle diagram below). Since there are no mechanical moving parts, it does not produce pulsation or operational noise. Furthermore, it features high pressure capability, battery operation, and flow rate that varies linearly with applied voltage, making it promising for various applications in the future. We offer chip-mounted types that can be integrated into chips for internal fluid delivery, as well as indirectly driven types that can deliver various liquids through a diaphragm, so please contact us for more information. 【Features】 ■ Utilizes the electrokinetic flow phenomenon, eliminating pulsation and operational noise. ■ Smaller and lighter compared to conventional pressure-driven pumps. ■ Low power consumption allows for operation with dry batteries. ■ Flow rate varies linearly with applied voltage (VDC), making it easy to control. *Please note that the specifications in the video are not guaranteed values and may include reference values. *For more details, please contact us or download the PDF.

• Special Pump

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

- φ12mm×L50mm, weighing approximately 9g, ultra-compact and lightweight. - Achieves a stroke of 20mm and a maximum extrusion force of about 3.2N (see graph). - No noise or vibration, energy-efficient. - The driving voltage can be adjusted to control power and propulsion speed. *For more details, please feel free to contact us.*

• Actuator

【Features】 - It is an ultra-compact pump with external dimensions of φ17×length 95mm. The syringe in the photo has a capacity of 3ml (customizable) and is disposable. - It can be battery-operated. The unit on the left in the photo is a demo unit designed to resemble a wearable injection system, including dry batteries and circuits in the casing, with a total weight of only about 80g. - It is capable of dispensing in microliter units. - It uses an electric permeation flow actuator as its power source, characterized by silent operation and low power consumption.

• valve

In 2018, the Sakai-Nishikawa Laboratory of the Department of Chemical System Engineering at the University of Tokyo was developing a device called "Intestinal MPS (Microphysiological System)" to replicate the human intestinal environment as part of a human mimicry project promoted by AMED. To recreate blood flow and peristaltic movement in the intestinal tract within plates used for culturing iPS cells for drug discovery experiments, the laboratory initially handmade prototypes or requested trials from pharmaceutical manufacturers. However, they could not find a company capable of producing complex prototypes that required intricate control and had no plans for mass production. They then consulted Takasago Electric Industry, which specializes in microfluidic control and small-batch, customized production. For the reproduction of blood flow, they utilized a perfusion device (a culture apparatus that continuously flows culture medium) that had already been developed in-house. However, there were no valves that could operate at the required speed for simulating peristaltic movement, so they came up with the idea of using a valve to send air into the plate and move the culture membrane using air pressure, leading to trial and error. Finally, in January 2019, they successfully combined a micro needle valve capable of flow adjustment with a quantitative pump, enabling them to move the culture membrane at the requested speed.

• valve

The portable medium exchange system has been redesigned for space use and is scheduled to be used in experiments on the International Space Station (ISS) in 2021. This device is planned to be used for the exchange of solutions such as media and reagents in cell culture experiments conducted in the Japanese Experiment Module "Kibo" on the ISS. [Challenges and Solutions] Until now, the solution exchange in cell culture experiments on "Kibo" was done manually by astronauts, which took up valuable time for routine work involving the exchange of solutions for numerous samples. Therefore, we aimed to automate the solution exchange to reduce the burden on astronauts as much as possible and to improve work efficiency. In preparation for use on the ISS, the flow path was changed to a closed system to prevent liquid floating and sample contamination in microgravity. Additionally, we made design changes to achieve further miniaturization and lightweight construction while ensuring vibration resistance during launch. From the perspective of fluid control technology, our company automates various processes in cell culture. Applications such as perfusion, subculturing, differentiation induction, and live cell imaging are possible. Furthermore, we have the know-how to redesign these for space specifications. If you have any needs, please feel free to contact us.

• valve

Techshot is a company that designs, develops, and sells unique experimental equipment for use in space. The experimental module with a built-in pump was first launched to the ISS during the SpaceX mission CRS-20 in early March 2020. **Challenges and Solutions** The MVP Cell-03 mission is a study aimed at verifying the increased growth rate of cardiac cells placed in microgravity. During the experiment, the cardiac cells grew in a specially designed cell culture experimental module made by Techshot. One of the challenges Techshot faced in developing the microgravity experimental device was miniaturization. The RP-Q series is a pump small enough to fit on a fingertip, yet it provides the 3 mL/min required by Techshot, outperforming similar-sized products from other manufacturers. Additionally, using a simple structure with fewer sealing points in the tube pump helps reduce the potential for leaks. Founded over 30 years ago, Techshot is one of the world's leading commercial space companies. We are pleased that Takasago Electric Industrial's small pumps can contribute to scientific advancement alongside Techshot.

• valve
• Other pumps

Blossom Coffee is a design and development company based in San Francisco, USA, specializing in coffee equipment. Their newly developed coffee brewer is a professional-grade product that can control the supply temperature of the coffee beans and water, which significantly affects the taste and aroma of the coffee, within a range of 50 to 95°C in increments of 0.5°C. It has been featured on television networks such as ABC and BBC in the United States and is also sold in Japan. **Challenges and Solutions** The initial prototypes of the coffee brewer were equipped with pinch valves from other manufacturers, but frequent malfunctions occurred, prompting the company to seek our assistance. Our engineers determined that the cause of the malfunctions was the temperature rise inside the device due to the heat from the water. To resolve the issue, we proposed a product that uses custom coils with higher heat resistance than standard products, which was accepted. The customer was very satisfied with our prompt response and the resolution of the problem compared to traditional valve manufacturers. The development of the coffee brewer was completed as scheduled, and it was successfully launched at the end of 2015.

• valve

In order to realize a liquid crystal display that can be used in outer space, as part of the "Oasis" project, which was experimented on the International Space Station (ISS) in 2015, research was conducted on the formation of single-layer liquid crystals and the mechanisms of defect occurrence in a microgravity environment that is difficult to replicate on Earth. Our company's compact and lightweight pumps (syringe-type and tube-type) were installed in the experimental apparatus. [Challenges and Solutions] In 2008, NASA contacted our company because they were looking for pumps that were as small and lightweight as possible, given the need to transport them to the International Space Station (ISS) via rocket and the limited experimental space within the station. After undergoing various long-term verifications, including ground experiments and microgravity experiments using aircraft, the specifications of the pumps within the apparatus were adjusted, leading to a successful launch and experiment. Equipment used for space experiments requires thorough miniaturization and lightweight design to reduce launch costs. Of course, quality and precision cannot be compromised. We received high praise for our ability to flexibly respond to numerous verification results while continuously providing high-quality products.

• valve

The Japan Agency for Marine-Earth Science and Technology (JAMSTEC) has been using ships to observe the concentration of carbon dioxide in the ocean in order to more accurately grasp the distribution of carbon dioxide absorption and release on a global scale. However, feeling the limitations of traditional methods, they developed a "carbon dioxide observation buoy" that observes while drifting on the ocean surface. Our products were incorporated into the core flow cell part of this buoy. Traditional devices required several gas cylinders, and the overall size of the equipment was approximately 1900mm in height, 1200mm in width, and 600mm in depth, making it large, heavy, and expensive. The newly developed device is called the "carbon dioxide observation buoy." By exchanging carbon dioxide with the surrounding seawater through a gas permeable membrane, the pH of the pH indicator solution changes as carbon dioxide enters and exits, resulting in a change in the color of the solution. By using a micro pump to supply the pH indicator solution, a valve for replacement, and a flow cell for measurement, and by manifoldizing the flow paths connecting these components, we contributed to miniaturizing the interior of the buoy, reducing its size to a diameter of 260mm and a total length of 600mm. The completed measurement device successfully conducted a year-long drifting observation in the Southern Ocean.

• valve

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

• valve

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.

• Other pumps

Takasago Electric Industry has been providing valves and pumps primarily in the field of analytical devices for medical diagnostics and environmental measurement. With strengths in customization, miniaturization, and integration, we have developed over 10,000 types of fluid control devices and accumulated expertise in small-lot, diverse production. Leveraging our experience in quality management cultivated in the medical field, we also provide high-quality, high-standard products in the aerospace sector. **Strengths of Takasago Electric Industry** - Advanced quality and process management based on 40 years of experience in the medical field - Expertise in custom design and small-lot, diverse production - Contributions to miniaturization and lightweighting - Bases in the United States and China - Integrated production from design and material machining to assembly and inspection

• valve

It is said that in the near future, humanity will live in outer space. For long-term living, technologies that efficiently produce food and beverages with limited resources, as well as a delicious diet that allows for a fulfilling life even in a closed environment, will be key. How will the fermentation process change in the vastly different environment of space? What fermentation conditions will be optimal? This time, we have designed a device to conduct such experiments. It can be equipped with sensors to monitor alcohol concentration and beer flavor components, allowing for the evaluation of brewing quality during unmanned experiments on satellites. Additionally, it has a compact structure suitable for use on the space station. Takasago Electric Industry provided parts and technical advice for the construction of a lunar beer brewing device by American students in 2017. While there is gravity on the moon, brewing beer in the weightlessness of outer space requires a completely closed system, necessitating more advanced technology for gas management and internal agitation. We have addressed such challenges and have also filed for a patent. Cheers with beer brewed in space while looking at Earth! Isn't that exciting? This is a project filled with dreams and hopes, looking towards the future of humanity heading into space!

• valve

In cooperation with the global fight against the coronavirus (COVID-19) and to support healthcare professionals, we are currently working on the ultra-short lead time production of valves for ventilators. Please feel free to contact us regarding solenoid valves, proportional control valves, pressure relief valves, and more. We can provide existing products on a short lead time, as well as respond quickly to new designs and customizations. For inquiries, please contact us at the address below. ventilator@takasago-elec.co.jp *For more details, please feel free to reach out to us.

• valve

【Features】 - The internal structure has been designed to be more compact than conventional products while ensuring a relatively high flow rate compared to an orifice of φ 4mm. - Power consumption has been reduced by approximately 40% compared to similar products from other companies. - It is compatible with the pressure of negative pressure pumps (vacuum pumps). Both the IN and OUT ports have pressure resistance capabilities of 300 kPa for positive pressure and -90 kPa for negative pressure. - It can handle fluid temperatures up to 60°C, making it suitable for the waste liquid sections of dialysis machines and various analytical devices. Additionally, it is made of materials that can withstand cleaning solutions such as sodium hypochlorite. - It is covered with a waterproof case, providing peace of mind against liquid exposure during maintenance. - There are three types of connections available, including an O-ring type that can be directly attached to a balance chamber. - It is also suitable for the waste liquid sections of various analytical devices. *Customization is available to meet customer requirements.

• valve

Are you having trouble with media exchange or perfusion? At Takasago Electric Industry, we have developed a simple and compact automatic media supply system using our expertise in fluid technology, unlike anything available before. This system is suitable for cell culture that frequently requires media exchange, such as tests using iPS cells. 【Features】 (1) Media can be automatically exchanged at set intervals (every 12, 24, 48, or 72 hours). (2) It can be continuously used inside a CO2 incubator, powered by batteries for up to 7 days. (3) Existing 6-well plates can be used as they are. (4) The system allows for observation of cell culture through an inverted microscope. (5) All parts that come into contact with the media can be replaced. *For more details, please contact us or download the PDF.

• incubator

By using a dedicated culture container (microtranswell) for this device, it is possible to allow the culture medium to permeate into the interior of the cultured tissue or cell layer, similar to blood flow. 【Features】 ■ By conducting cell culture in an environment close to in vivo conditions with this device, the following outcomes are expected: (1) The culture medium can be supplied to deeper parts of the tissue or cell mass, enabling longer culture periods and maintenance of activity. (2) Shear stress from flow allows observation of the mechanical responses of cells, such as angiogenesis, which are difficult to observe in static cultures. (3) Secreted substances from upstream cells can affect downstream cells, enabling sequential reactions. ■ The delivery pressure can be adjusted with a controller. ■ The culture system has a sealed structure, allowing for culture in a horizontal position, so the entire holder can be placed on a microscope stage, enabling observation of the culture area from the side of the culture container (see conceptual diagram). ■ The entire system is compact, allowing it to be installed within your existing incubator, making it easy to try perfusion culture. * When using scaffold materials, it is necessary to select a type that allows for easy permeation of the culture medium. Please contact us for details.

• Other laboratory equipment and containers

The tasks of replacing media and introducing reagents, which are essential for differentiation culture, can be automated with simple programming, eliminating the need to work on weekends or at night. Moreover, it offers higher reproducibility and stable culture compared to manual work. 【Features】 ■ You can easily program the replacement of multiple media and the introduction of reagents used in differentiation culture from your PC. Once you press the start button, all media and reagent injection and discharge are performed automatically. You can rest assured even if the timing for media replacement or reagent introduction happens to fall on a weekend or at night. It also provides higher reproducibility than manual work. ■ It consists of a controller, up to 8 pumps, and a refrigerator for storing bottles. This allows for the automation of up to 7 types of media and reagent injections. ■ The pump unit can be stored in your incubator along with the culture dishes. ■ Customization options are available to support the automation of transfection as well. *For more details, please refer to the PDF document or feel free to contact us.

• Other laboratory equipment and containers

The "fluid system for live cell imaging" is a fully automated system for medium exchange and reagent injection. Various protocols can be easily programmed on a PC, allowing for complete automation of all manual pipetting operations. This eliminates variability errors caused by manual work and makes effective use of time. The liquid-contact parts, such as the pump head, are disposable. 【Features】 ■ All liquid movements can be pre-set with simple numerical input from a computer screen. ■ After programming, the same movements can be repeated as many times as needed, improving the reproducibility of experiments. ■ The injection speed of the reagents is constant (there is a certain pulsation when using a tube pump). ■ Continuous perfusion at low speeds, at the level of microliters per minute, is possible. ■ Gradual control of drug concentration in the dish, allowing for gradual increases and decreases (available in some models). *For more details, please refer to the PDF document or feel free to contact us.

• Other laboratory equipment and containers

The "Differentiation Induction System" is a pump system that automates the replacement of culture media and the introduction of differentiation induction reagents necessary for differentiation culture. It consists of a controller, up to 8 pumps, and a refrigerator for storing bottles. It can automate the injection of up to 7 types of media and reagents. The pumps are ultra-compact and can be stored inside your incubator along with culture dishes, and they are operated automatically from an external controller. The timing and amount of media replacement and introduction can be easily programmed. 【Features】 ■ Automation of injection of up to 7 types of media and reagents ■ Ultra-compact pumps ■ Can be stored inside your incubator along with culture dishes ■ Automatic operation from an external controller ■ Supports automation of transfection (gene modification) *For more details, please feel free to contact us.

• Other pumps

This is a compact pump that can simultaneously deliver 1 to 6 types of liquids. There is also a stepping motor type that allows for flow rate control in the microliter range, making it suitable for various applications. If you have any questions about this product, please feel free to contact us. 【Features】 - Despite its small size, it can simultaneously deliver 1 to 6 types of liquids. - Tube replacement is easy. *Tubes are sold separately. - There is a stepping motor type that allows for control of a minimum flow rate of 0.23 μL/min. - A dedicated controller for the stepping motor type is also available. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

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.

• Other pumps

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

The "Reagent-Encapsulated Disposable Flow Path System [Syringe Type]" is a reagent-encapsulated disposable flow path system with an integrated syringe, manufactured by Sumitomo Rubber Takasago Integrated Company. It features a cartridge style made of resin. The syringe section allows for the encapsulation of reagents, and by pressing the gasket of the syringe during use, highly accurate dispensing is possible. Since it is a closed type with an integrated waste tank, troublesome waste disposal is unnecessary. The cartridge holder is equipped with a rod for manual operation of the gasket, and automation of this part is also possible. 【Features】 ■ Integrated syringe type ■ Resin cartridge style ■ Reagents can be encapsulated in the syringe section ■ High-precision dispensing is possible by pressing the gasket of the syringe during use ■ No troublesome waste disposal required *For more details, please refer to the PDF document or feel free to contact us.

• others

The "Reagent-Encapsulated Disposable Flow Path System [Roller Pump Type]" is a type of reagent-encapsulated disposable flow path system that uses a roller pump as the liquid delivery source. It features a chip style formed from soft materials such as PDMS. By simply adhering it to a dedicated roller, liquids inside the chip can be delivered directly, allowing for sample intake from external connection ports and mixing with reagents internally. Additionally, it is a closed type that can incorporate a reagent reservoir and waste tank, eliminating the need for cumbersome waste disposal processes. [Features] - Uses a roller pump as the liquid delivery source - Chip style formed from soft materials such as PDMS - Direct liquid delivery by simply adhering to a dedicated roller - Capable of sample intake from external connection ports and mixing with reagents internally *For more details, please refer to the PDF materials or feel free to contact us.

• others

The "flow path unit for medical specimen testing devices" is an example of a development unit that centers around a manifold flow path, compactly arranged with adjacent components such as a plunger pump, thin piezo pump, valves, and chambers. By achieving a compact design for the entire unit, we were able to significantly reduce the internal volume of the piping, leading to improved detection accuracy and reduced usage of specimens and reagents. Furthermore, the enhanced cleaning efficiency contributed to faster analysis. Compared to traditional tube piping designs, the overall volume of the unit was reduced to about two-thirds. 【Features】 - Achieving a compact design for the entire unit allows for significant reduction in internal piping volume, improving detection accuracy and reducing the amount of specimens and reagents used. - Improved cleaning efficiency also contributed to faster analysis. - The overall volume of the unit is about two-thirds compared to traditional tube piping designs. *For more details, please refer to the PDF document or feel free to contact us.*

• others

The "Disposable Flow Cytometer Low Pulsation Chip Pump" is a product handled by Takasago Electric Industry. It incorporates the function of a peristaltic pump into a PDMS chip, rotating rollers while compressing an Ω-shaped flow path to directly deliver liquid within the chip. The PDMS chip is replaceable and can also undergo sterilization. Additionally, it significantly reduces the pulsation that was a drawback of conventional peristaltic chip pumps, lowering it to a level suitable for use in flow cytometers and cell sorters. 【Features】 ■ Incorporates the function of a peristaltic pump into a PDMS chip, rotating rollers while compressing an Ω-shaped flow path to directly deliver liquid within the chip. ■ The PDMS chip is replaceable and can also undergo sterilization. ■ Significantly reduces the pulsation that was a drawback of conventional peristaltic chip pumps to a level suitable for use in flow cytometers and cell sorters. ■ Customizable specifications to match the flow path shape of the chip. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

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.

• Other pumps

The "MLP series" is a quantitative dispensing pump with a maximum discharge volume of 200 μL. It dispenses with a very high precision of 1% repeatability. The adjustment range for the discharge volume per cycle can be manually adjusted between 10 and 200 μL. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Maximum discharge volume is 200 μL ■ Adjustment range for discharge volume per shot is 10 to 200 μL *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

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.

• Other pumps

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.

• Other pumps

The "RP-TX series" is a very compact tube pump with dimensions of 33 × 12 × 22.8 mm. It has one of the smallest flow rates in the world for commercially available tube pumps, ranging from 0.03 to 40 µL/min. The pump head, including the tube, can be removed and replaced. Additionally, we offer a separately sold controller that is easy to operate. 【Features】 ■ Flow rate: 0.03 to 40 μL/min ■ The pump head, including the tube, can be removed and replaced ■ Very compact ■ Easy-to-operate controller available (sold separately) ■ Customizable specifications to meet customer requirements *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

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.

• Other pumps

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.

• Other pumps

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.

• Other pumps

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.

• Other pumps

A high corrosion-resistant model of a small, thin, and lightweight piezo micro pump has been released! 【Features】 - It is small, thin, and lightweight. - Flow rate control is possible based on a standard of 15 mL/min or 20 mL/min, using drive voltage and frequency. - It operates with low noise and low power consumption. - The wetted materials can be selected from PTFE, PEEK (PPS), or FFKM. - It is self-priming and does not require priming water. *For more details, please contact us or download the PDF.

• Other pumps

The "UDV series" is a non-diaphragm valve that is less likely to cause liquid dripping even when used for opening and closing dispensing nozzles. It comes in an orifice size of Φ2 (mm) and is available in both molded resin body and stainless steel body types. It is a solenoid-driven valve. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Less likely to cause liquid dripping even when used for opening and closing dispensing nozzles ■ Orifice size of Φ2 (mm) ■ Available in both molded resin body and stainless steel body types ■ Solenoid-driven valve ■ High-pressure type also available (only for 2-way valves) *For more details, please refer to the PDF document or feel free to contact us.

• valve

The "EL Series" is a product equivalent to the pinch valve "EPK Series" (for large diameter silicone tubes) that employs a latch mechanism. By adopting a latch mechanism that maintains the open/closed state of the valve using the magnetic force of a permanent magnet, it only consumes power during operation, making it a low power consumption and energy-saving type. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Adopts a latch mechanism that maintains the open/closed state of the valve using the magnetic force of a permanent magnet ■ Low power consumption and energy-saving type that only consumes power during operation ■ Capable of opening/closing large diameter tubes for extended periods ■ Since power is not required to maintain the state, it is possible to reduce heat generation in the drive unit ■ Suitable for large diameter silicone tubes with an inner diameter of up to 15mm, accommodating high flow control *For more details, please refer to the PDF document or feel free to contact us.

• valve

The "EPK Series" is the standard pinch valve for large-diameter silicone tubes with an inner diameter of 10 to 15 mm. The basic model is an intermittent rated type, but we also offer a normally open (NO) type with continuous rating specifications. If you have any questions about this product, please feel free to contact us. 【Features】 ■ For large-diameter silicone tubes with an inner diameter of 10 to 15 mm ■ Standard pinch valve ■ Basic model is intermittent rated, with a normally open type available in continuous rating specifications *For more details, please refer to the PDF document or feel free to contact us.

• valve

The "NP Series" is an improved version of the standard high-sand pinch valve "PK Series" designed for medium-diameter silicone tubes (inner diameter around 3-6mm). It features a slit that allows the tube to be easily slid in from the side, making it simple to insert and remove the tube. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Improved version of the pinch valve "PK Series" ■ Slit allows the tube to be slid in from the side ■ Easy to insert and remove the tube *For more details, please refer to the PDF document or feel free to contact us.

• valve

The "PK Series" is a standard pinch valve for medium-diameter silicone tubes (inner diameter around 3-6mm) and can be used for a variety of applications. If you have any questions about this product, please feel free to contact us. 【Features】 ■ For medium-diameter silicone tubes (inner diameter around 3-6mm) ■ Standard pinch valve *For more details, please refer to the PDF document or feel free to contact us.

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The "PL series" is a compact latch-type pinch valve that employs a latch mechanism to maintain the open and closed states of the valve using the magnetic force of a permanent magnet. The heat generated by the solenoid is lower than usual, reducing thermal impact on the fluid. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Adopts a latch mechanism that maintains the open and closed states of the valve using the magnetic force of a permanent magnet ■ Compact latch type ■ Low power consumption, low heat generation *For more details, please refer to the PDF materials or feel free to contact us.

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The "PMK Series" is a pinch valve compatible with a wide range of tube materials such as silicone, fermed, and Tygon. It can be used flexibly either as a single NC or NO, or for simultaneous opening and closing of two tubes, and can also be used as a three-way valve in combination with Y-shaped tube fittings. It is equivalent to the "PM Series" with a retention mechanism. If you have any questions about this product, please feel free to contact us. 【Features】 ■ Compatible with a wide range of tube materials ■ Can be used flexibly either as a single NC or NO, or for simultaneous opening and closing of two tubes ■ Can also be used as a three-way valve in combination with Y-shaped tube fittings ■ Equivalent to the "PM Series" with a retention mechanism *For more details, please refer to the PDF document or feel free to contact us.

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