Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
6061～6075 item / All 6924 items
Unit compatible with vacuum pumps, optimal for controlling large flow rates.
In order to meet various needs, we offer units compatible with ejector systems and units compatible with vacuum pump systems.
High-pressure coolant pump (below 10MPa) manufactured by KNOLL, the world's largest coolant system manufacturer.
This is a high-pressure coolant pump from Knorr, the world's largest manufacturer of coolant systems, including coolant pumps. It is adopted as a standard pump for machining centers and high-pressure specifications by major machine tool manufacturers. The pump is of the screw type, which ensures low noise and low vibration, transporting the medium in a constant and pressure-stable manner without pulsation. The high-pressure screw pump KTSL supplies coolant (oil-based, water-soluble, emulsion) for high-pressure systems in machine tools. 【Features】 ● Capable of up to 10 MPa ● Screw pump with constant flow and pressure without pulsation ● Compatible with water-soluble and oil-based coolants ● Low noise and low vibration due to screw type ● Suitable for use with inverter motors, demonstrating energy-saving effects
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.
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.
Items that affect discharge volume, such as the occurrence of bubbles and operation after prolonged standing, and their countermeasures.
We introduce the causes and countermeasures regarding the factors that affect the discharge volume of the "Takasago quantitative dispensing pump." In the case of bubble formation, gas dissolved in the fluid may change into bubbles, leading to the occurrence of bubbles within the product and the piping, or leaks from fittings and other piping components. This can result in a decrease in discharge volume and poor reproducibility, so it is recommended to degas the fluid used. If the product is left unused for an extended period, the set discharge volume may change, and reproducibility may worsen. It is advisable to drain the fluid from the product for storage when not in operation for a long time. When using soft tubes such as silicone tubes in the piping, the suction and discharge pressure generated by the product may be absorbed by the elasticity of the soft tube. This can negatively impact the discharge volume and reproducibility, so it is recommended to use hard tubes such as fluoropolymer tubes in the piping. Additionally, there are other factors that can affect discharge volume and reproducibility beyond the items mentioned above. Please feel free to contact us if you have any questions. *For information on quantitative dispensing pumps, please refer to the PDF materials or feel free to contact us.*
Introducing the notation method for lead wire thickness!
The thickness of the lead wires used in Takasago is represented according to the type of lead wire, either in American Wire Gauge (AWG) or in cross-sectional area. AWG notation is widely used to indicate the thickness of conductors. A diameter of 0.46 inches is defined as 0000 AWG or 4/0 AWG, and a diameter of 0.005 inches is defined as 36 AWG. By dividing these sizes in a geometric progression, 40 sizes from 4/0 to 36 AWG are established. Additionally, the cross-sectional area is expressed in mm². The lead wires used by our company are often represented with cross-sectional areas of 0.2 mm² or 0.08 mm², which correspond to 24 AWG and 28 AWG, respectively. * You can view the pumps and valves from Takasago at the link below. * For more details, please refer to our website or PDF materials, or feel free to contact us.
Corrosion-resistant diaphragm pump with a flow rate of 180 mL/min to 500 mL/min.
**Features** - Due to the brushless motor, it has a long lifespan, is maintenance-free, and operates quietly. - The wetted parts do not contain metal, allowing for use with a variety of fluids. **Announcement** From October 30 (Wednesday) to November 1 (Friday), we will be exhibiting the diaphragm pump DCP series, as well as thruster valves and ultra-compact pumps, at "Messe Nagoya 2024" held at Port Messe Nagoya. We invite you to visit our booth. Event Name: Messe Nagoya 2024 Date: October 30, 2024 (Wednesday) - November 1, 2024 (Friday) Venue: Port Messe Nagoya (Nagoya International Exhibition Center) Booth: Special Exhibition in Hall 1, Space Approach EXPO To make a reservation for your visit, please click here: https://nagoya2024.messe.ai/entry/form/add
Achieve a continuous constant flow without pulsation, without using an air chamber! Measurement is possible with a flow meter!
The smooth flow pump "BPL Series" is diaphragm-type and achieves a continuous, pulsation-free flow without using an air chamber, allowing for measurement with a flow meter. There is no inconsistency in the injection and mixing of chemical solutions, enabling stable quality control at all times, and the power consumption is less than half that of air-driven pumps or rotary pumps. 【Features】 ■ Achieves a continuous, pulsation-free flow. ■ No mechanical seals, so there is no liquid leakage to the outside. ■ No need for an air chamber, eliminating piping vibrations due to air reduction and the risk of chemical spillage from air chamber damage. ■ The absence of pulsation allows for design with smaller and more cost-effective piping. ■ Since the flow is constant, the usage of chemicals can be managed with a flow meter. ■ Compared to conventional diaphragm pumps (300L/H class), CO2 emissions are reduced by approximately 50%. ★ For more details, please download the catalog. We also accept requests for loan units. Feel free to contact us.
Grundfos pump. An ideal household deep well submersible pump combining a pump unit and control unit made of all stainless steel.
An ideal household deep well submersible pump born from the combination of all-stainless steel pumps and motors with a control unit that boasts exceptional reliability. The above-ground unit, equipped with pressure and flow sensors, achieves operation with extremely low pulsation at a constant water volume and pressure. It supplies a large volume of water from a low water level, which is impossible with land-based home pumps. It is also fully equipped with measures to prevent unexpected failures, such as an automatic heating device that operates below a certain temperature to prevent winter troubles and a dry run prevention circuit.
Completely air-operated magnetic pump
The SLK series magnetic pumps are seal-less pumps that enable prolonged dry running by suppressing the sliding heat generated during dry operation. Since the sliding heat does not increase, there is no concern about failures due to thermal shock, and they also exhibit excellent durability. The pump casing and impeller structure have been redesigned, significantly improving pump efficiency. This expands the performance range as a medium flow pump, making it easier to select the appropriate model. Additionally, improved workability allows for a reduction in maintenance costs. *Note: These pumps cannot be used for transferring liquids containing slurry.
Corrosion-resistant stainless steel (equivalent to SUS316) water-sealed vacuum pump.
In the process of sucking in corrosive gases, adopting corrosion-resistant materials for the gas contact parts can reduce failures. ◆ It is manufactured using high-grade SCS14 (SUS316) stainless steel as a corrosion-resistant material. ◆ The shaft sealing section can be equipped with either a gland packing or a mechanical seal. ◆ Material changes for O-rings and mechanical seals are also possible. ◆ Since the connection is the same as that of iron pumps of the same model, no piping work is required, allowing for replacement from existing machines. ◆ As it is a water-sealed vacuum pump, it can also exhaust condensable and flammable gases. ◆ The water-sealed vacuum pump has high discharge capability and will not stop due to minor dust. ◆ Being a two-stage pump, it can achieve a pressure of 2,300 Pa (at a water temperature of 15°C). Additionally, when combined with an air ejector, it can lower the pressure to between 800 and 1,300 Pa. ◆ It comes standard with a silencer that also functions as a gas-water separation tank. ◆ To prevent harmful gases from dissolving in the sealing water and being discharged, we also offer a "sealed liquid circulation type" water-sealed vacuum pump that circulates the sealing water without direct outflow.
A tough dry vacuum pump suitable for replacement of water-sealed vacuum pumps.
◆In the chemical industry, when replacing water-sealed vacuum pumps with dry pumps, various suction materials can cause issues with standard dry vacuum pumps. However, our dry vacuum pumps have a structure that minimizes the accumulation of suction materials inside, allowing for stable continuous operation. ◆In standard dry vacuum pumps, even a small amount of condensable gases, powders, byproducts, or liquids can lead to malfunctions. Our dry vacuum pumps discharge suction materials thanks to a uniquely designed screw rotor. ◆With the optional cleaning set, it is possible to wash away any residual suction materials while the pump is installed. ◆The optional seal and purge set prevents contamination of bearings, gears, and other components. ◆Since a pressure of less than 1 Pa can be achieved, when used in combination with a mechanical booster and water seal, it can be simplified and space-saving by consolidating to a standalone dry pump. ◆Disassembly work (condition checks, consumable replacements, internal cleaning) can be performed on-site, minimizing running costs.
Corrosive substances such as chemicals can also be pumped! A resin self-priming gear pump that can handle high-temperature water, allows for flow control, and achieves low pulsation!
We need to consider compliance with the positive list system... If it's made of metal, it will expand due to heat when transporting hot water. Chemicals can also cause rust, but if we have a resin self-priming gear pump... Are you facing such problems with pumps? Our three-piece resin self-priming gear pump can solve these issues. It uses materials compliant with the positive list system, and being made of resin, it is less prone to thermal expansion and corrosion, making it suitable for transporting hot water and corrosive substances like chemicals. Please consider this opportunity. 【Features】 ■ Compliant with the positive list system ■ Capable of transporting corrosive substances (made of resin) ■ Compact, lightweight, and low-cost ■ Minimal pulsation ■ Flow control available ■ Maximum discharge pressure performance of 0.2 MPa, etc. *For more details, please download the PDF or contact us.
An air-driven diaphragm pump composed of about one-third the number of parts compared to conventional models. Achieves easy maintenance and reduced failure rates! [Free comprehensive catalog!]
Diaphragm pumps are composed of a small number of parts, making maintenance easy. With the adoption of oil-free air valves, they are designed to be environmentally friendly. The air-driven diaphragm pump comprehensive catalog includes plastic pumps, metal pumps, and sanitary pumps. TAPFLO (Sweden) has been consistently manufacturing air-driven diaphragm pumps since its establishment in 1985. Their products feature a simple design that incorporates innovative structures, resulting in a reduction of component count to about one-third of conventional designs, facilitating easy maintenance and reducing failure rates. The pumps are available in plastic (PE, PTFE) and metal (aluminum, cast iron, stainless steel), and a sanitary series is also available in stainless steel for the food, pharmaceutical, and cosmetic industries. [Featured Products] ■ Plastic Pumps ■ Metal Pumps ■ Sanitary Pumps For more details, please contact us or download the catalog.
