Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 46 items
It is a lightweight, slim, low-noise, and energy-saving micro pump for minimal flow rates.
"Bartels mp6" is a micro pump with a maximum flow rate of 6 mL/min for liquids and 15 mL/min for gases. 【Features】 ○ Lightweight and slim ○ Low noise ○ Energy-efficient ○ Chemical resistance ○ Gas-liquid mixing For more details, please contact us or download the catalog.
Long-duration, high-precision micro-volume reactions with excellent reproducibility are possible. Quantitative pump, micro-servo pump, model MSP101.
The quantitative pump, micro-serum pump model MSP101, enables highly reproducible experiments in reaction experiments using monomers, oligomers, and polymers. The wetted parts are composed solely of alumina ceramic and Teflon, providing chemical resistance to all fluids. *For more details, please contact us or download the catalog.*
![[Kaizen Case] Development and Mass Production of Small Micro Pumps (Micro Pumps)](https://image.mono.ipros.com/public/product/image/395/2000634319/IPROS16127153615904005137.png?w=280&h=280)
Consideration of the crank bush and inclined plate shaft structure! Improved the shape of the micropump.
We would like to introduce a case study on the improvement of micro pumps for disinfectants and detergents. There were issues where the detergent would not be drawn up during replacement, and the foam remaining in the piping caused the detergent to become stagnant. To address this, we implemented a structure that allows for the reversal of rotation direction and varied the stroke to ensure the necessary flow rate, thereby resolving the issues during suction. We obtained a patent for this original pump, which is unique to TADAPLA, making it our proprietary micro pump. [Case Study] ■ Product: Micro pump for disinfectants and detergents ■ Challenges - Detergent does not get drawn up during replacement - While the pump pressure can be increased, the flow rate becomes too high to meet specifications - Reducing the flow rate by slowing down the gears is possible, but it does not align with cost considerations *For more details, please refer to the PDF document or feel free to contact us.
A small electromagnetic valve or micropump with a special structure that does not allow the fluid to touch the metal at all.
It is a small electromagnetic valve or micropump with a special structure that prevents fluid from touching the metal at all. It has been developed for the medical, biomedical, analytical (gas and liquid), bio, and semiconductor industries.
It is a micro pump with a lightweight and compact design. Despite being this small, it can control flow rates of 1 to 5 mL/min.
[For liquids only] External dimensions: 38 (H) x 19.5 (L) x 11 (W) mm (excluding protrusions such as connection parts) and an ultra-compact design. The weight is just 15g.
Compact, thin, and lightweight piezoelectric diaphragm pump. It uses PEEK and perfluoroelastomer in the fluid contact part, making it suitable for the delivery of chemicals and solvents.
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.
A package of know-how unique to a specialized manufacturer focused on microfluidic control! By combining multiple valves and pumps, a series of fluid control functions is achieved.
"Integration" refers to the combination of multiple components such as solenoid valves and pumps, connecting flow paths with manifolds, and integrating them to realize a series of fluid control functions, or to the integrated products themselves. If you provide us with your desired specifications and an overall flow diagram, we will consider the selection and arrangement of suitable components and propose integration products. Additionally, for researchers at universities and research institutions who may not specialize in fluid control equipment design, we offer more advanced and extensive integration services. As long as you provide the system concept and desired functions, we will handle everything from design and component selection to prototype production in a seamless manner. *For more details, please refer to the PDF materials or feel free to contact us.*
![Product Adoption Case No. 2 [Japan Agency for Marine-Earth Science and Technology] Small Valve and Pump](https://image.mono.ipros.com/public/product/image/187/2000542311/IPROS55170236492178328273.jpeg?w=280&h=280)
Contributed to the miniaturization and energy efficiency of the "Carbon Dioxide Observation Buoy" by the Japan Agency for Marine-Earth Science and Technology (JAMSTEC).
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.
Pressure balance pump for large-capacity transfer of low-viscosity materials.
- Severe duty specification carbon steel pump rod and cylinder included - Maximum flow rate of 26L/min at 60cpm - Increased productivity with high flow rate and high discharge pressure - Large discharge volume per cycle and minimal wear, resulting in durability and reduced repair costs - Innovative design of air valve and shroud structure shortens switching time for pump up and down strokes, with minimal freezing of the air motor
Small capacity low-pressure pump for transporting hot melt materials.
■The new pump is designed for severe duty specifications and exhibits excellent durability even with abrasive materials. ■The packings seal, which can be tightened further, is designed for particularly long life and is leak-free. ■The double-post ram cylinder with a diameter of 76mm for 20L cans increases the pump load and discharge capacity. ■With a high discharge volume per cycle, there is less wear on pump components, resulting in a long lifespan and savings on repair costs.
High-capacity high-pressure pump for transporting hot melt materials
■The large-diameter 165mm ram cylinder significantly increases the pump load and discharge capacity. ■The new pump is designed for severe duty and exhibits excellent durability even with abrasive materials. ■The latest technology used in the seals greatly extends the lifespan of the pump throat packing and prevents leaks. ■With a high discharge volume per cycle, there is less wear on pump components, resulting in a longer lifespan and reduced repair costs. ■The floating piston seal and priming plate improve the pumping capability for high-viscosity materials.
With a high pressure resistance and a long-lasting seal structure, it can be used as a highly reliable dispensing pump. We offer seven types ranging from 27.7 μL to 5600 μL.
The compact structure, which is easy to integrate, is achieved by a 42mm square stepping motor linear type. The suction and discharge volume can be variably controlled with high resolution through pulse control. With a high-pressure resistant and long-lasting seal structure, it can be used as a highly reliable dispensing pump. ■Capacity: Seven types are available from 27.7μL to 5600μL. ■A dedicated driver circuit board is also available to suppress motor heat with high resolution. The motor can be driven in constant current with micro-stepping. *For more details, please download the catalog or contact us.
Pumps, valves, fittings, and more! We offer a variety of products related to fluid control.
The electrical equipment industry will be exhibiting at "Japan Manufacturing World 2023, 14th Healthcare and Medical Device Development Exhibition MEDIX," held at Tokyo Big Sight. At this exhibition, components and devices used in medical devices and healthcare equipment, as well as development and manufacturing technologies, and OEM services will be showcased. Our company will present various products related to fluid control, including micro pumps. Additionally, we will also participate in the "Piping Components Exhibition 2023 in Kyoto," which focuses on piping components, located near Kyoto Station. Products specialized in piping components such as pumps, valves, fittings, filters, and tubes can be selected all at once. We will also hold seminars that can only be attended here, so we look forward to your visit. 【Exhibited Product Range】 ■ We will propose various products related to fluid control, including micro pumps, diaphragm pumps, tube pumps, magnetic pumps, solenoid valves, flow sensors, dispensing nozzles, degassing modules, tubes, fittings, filters, and more. *For more details, please refer to the PDF document or feel free to contact us.
Maximum capacity of 22mL! This is a plunger-type pump that enables high-precision and high-resolution dispensing driven by a stepping motor. [RoHS compliant product]
We handle the embedded micro pump for measurement, the 'SP Series'. In response to user feedback, we have prepared high-capacity versions of 11 mL and 22 mL. This is a plunger-type pump that enables high precision and high resolution dispensing through stepping motor drive. It can be used as a measuring pump with either one port or two ports. We also offer a version with check valves on the IN and OUT, making it suitable for use as a continuous delivery pump. - A controller (sold separately) is available, allowing it to be connected to a PC for operation. - It can also be used in combination with a driver board (sold separately) for device integration. *For more details, please download the PDF or feel free to contact us.
【Standard discharge rate 0.2ml/min】Despite being a micro size that fits on the fingertip, it delivers fluid reliably. Ideal for analytical instruments and medical devices!
Our microtube pumps are widely used in universities, private research institutions, and drug discovery companies for controlling microchannels in cell culture experiments and analytical fields. 【Types of Micro Pumps】 - Ring Pump RP-TX Flow rate: 0.03 to 40 μl/min (using stepping motor) - Ring Pump RP-HX Flow rate: 4 to 1100 μl/min (using stepping motor) - Ring Pump RP-SX Flow rate: 1 to 10 μl/min (using stepping motor) - Ring Pump RP-Q Flow rate: 220, 450 μl/min (using DC geared motor; flow rate varies with tube material) *For more details, please refer to the catalog or feel free to contact us.
