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.
6151～6165 item / All 6924 items
Maintenance procedure video for low pulsation liquid pumps FP150 and FP400 series.
Maintenance can be performed by the users themselves using general-purpose tools.
Introduction to the mechanism of the low-pulse liquid pump FP400 series. You can see the five-diaphragm system and the movement of the valves.
Introduction to the FP400 series mechanism *The FP150 series has the same mechanism.
Integrated pump and motor, downsized compared to conventional products, with improved durability. An evolved model of the long-selling NMP830 series.
- Maintenance-free, contamination-free - Long lifespan design - Compact size/high output design, no restrictions on installation direction - Compatible with wet gas and condensate gas - Well-balanced pressure reduction and pressurization characteristics - Variable flow rate (brushless motor) *Optional Basic flow rate: 5 l/min~ Achievable vacuum level: 230 mbar abs Maximum allowable discharge pressure: 3 bar (0.3 MPa)
Diaphragm pump
LIQUIPORT NF100・NF300
It is a solenoid-driven diaphragm liquid pump.
Features - Long lifespan - Adjustable dispense volume 5-17 μl - Wide flow range - Tight flow in both directions - High chemical resistance - Self-priming - Quiet operation
Excellent corrosion resistance and wear resistance, enabling reduced maintenance and cost savings!
The rubber liner type slurry pump "LK2 Series" enhances its well-established wear resistance and features an acid-resistant liner, making it suitable for acidic applications. Thanks to its rubber liner structure, it can be used for various liquid types, slurry liquids, and discharge fluids across different industries. Additionally, it prevents liquid leakage through the pressure-reducing effect of the back vane and expeller's centrifugal force. It excels in wear resistance and corrosion resistance, with rubber materials selectable according to the liquid type. The shaft sealing structure can also be chosen based on the liquid type and operating environment, and being purely domestically produced, it offers robust parts supply and after-sales service. 【Features】 ■ The liquid-contacting part has a split liner structure, allowing for the replacement of only the worn parts due to abrasion. ■ Gap adjustments can be easily made from the outside, maximizing delivery efficiency while fully utilizing the impeller without waste. ■ A mechanism is provided to prevent liquid leakage around the rotating shaft during operation and when stopped, offering an optimal combination. ■ The shaft-integrated bearing allows for easy disassembly and assembly with just the tightening of a nut. *For more details, please refer to the PDF document or feel free to contact us.
Are you having trouble with the long-distance transport of high-viscosity fluids? "SAI," which combines snake pump transport and sealed air transport, will solve your problem.
**Problems That Can Arise from Low Fluidity** - Increased pressure loss within the piping **Conventional Solutions and Their Issues** - Belt conveyors with multiple drive units - Continuous pump solutions such as screw conveyors → Require high energy costs and maintenance costs **Our New Solution** A customized solution system that combines snake pumps for transport and sealed air transport 'Smart Air Injection (SAI)' SAI provides significant benefits when transporting highly viscous media over long distances. **Features** ■ Reduces maintenance downtime by up to 85% ■ Reduces total energy consumption by up to 72% ■ Improves the durability of all transport components by reducing discharge pressure ■ Significantly reduces operating costs: energy costs reduced by up to 72%, maintenance costs reduced by up to 88% The industries adopting this technology range from wastewater treatment to food and beverage. Please take a look at the detailed information in the linked document. *You can download the English version of the catalog.* *For more detailed information, please feel free to contact us.*
Direct cooling method eliminates the need for each stage cooler, making it compact.
Solving the issues of dry vacuum pumps! Large-capacity Roots-type vacuum pump with a jacket design 【Features】 ○ Addresses solidification and polymerization inside the pump ○ Prevents scale adhesion in the jacket section ○ No waste liquid treatment costs as it does not use sealing liquid ○ Ideal for environmental measures such as ISO 14001 and PRTR ○ Compact design with direct cooling method, eliminating the need for additional coolers ○ Supports cleaning inside the casing ○ Optimal for CO, PSA, and solvent recovery
独自の冷却技術を用いた 多段ルーツ式真空ポンプ
【特徴】 ○ルーツ式で大気圧から入口締切りまでの全域で 運転を実現し、使い易さを追求 ○ステンレス(SCS13.14.16)製真空ポンプの製作が可能 その他の特殊材質についても対応可能 ○擬縮性ガスの吸引でも連続運転が出来ます。 ○真空ポンプケーシング内部の洗浄が容易に行える ○高温ガス130℃を直接吸引することができる(標準材・FC) ○吸引と同時に圧送ができる（特殊仕様により0.1MPa・Gまで可能） ○大気圧から締切り運転まで各真空度での連続運転が可能
Our Roots-type vacuum pump is a multi-stage Roots vacuum pump that utilizes unique cooling technology.
Exhaust can achieve a clean vacuum without containing sealing water or sealing oil, similar to a sealed liquid vacuum pump. It operates throughout the entire range from atmospheric pressure to the inlet shut-off using a Roots type, focusing on ease of use.
![[Must-see for Process Design] Roots Type Dry Vacuum Pump 'VP Series'](https://image.mono.ipros.com/public/product/image/bdf/2000518874/IPROS81054097965916250082.png?w=280&h=280)
If you're having trouble finding the perfect pump, please contact us! A Roots-type vacuum pump made with austenitic stainless steel!
The "VP Series" is a Roots-type vacuum pump that uses austenitic stainless steel (SCS13, 14, 16) with corrosion resistance for the gas contact parts. It is capable of handling not only condensable gases but also corrosive gases. The inlet diameter (D1) ranges from 50 to 125 mm. 【Features】 ■ Compatible with solidification and polymerization inside the pump ■ Can be manufactured using castable corrosion-resistant alloys (such as Ni-Cr-Mo alloys) ■ Available in five types to suit various operating conditions ■ Numerous successful implementations *For more details, please refer to the materials. Feel free to contact us with any inquiries.
A canned motor pump that achieves low NPSH suitable for cryogenic liquefied gases! We will be exhibiting at INCHEM TOKYO 2023!
The "Pod-type Can-do Motor Pump" can handle low-temperature liquefied gases (high-pressure gases) represented by LNG, liquefied ethylene, and liquefied ammonia. It enables high-speed operation with an inverter, allowing for motor downsizing and compatibility with high head specifications. Additionally, since the entire pump section is submerged in the handled liquid, it is easier to maintain a cooling state, and it is less likely to suck in gas temporarily generated in the suction piping, thus avoiding gas ingestion troubles. 【Features】 ■ Achieves low NPSH ■ No insulation required under extreme low-temperature liquid usage ■ Less likely to suck in gas temporarily generated in the suction piping, avoiding gas ingestion troubles ■ Easier to maintain a cooling state since the entire pump section is submerged in the handled liquid ■ Compatible with motor downsizing and high head specifications ~ We will exhibit at INCHEM TOKYO 2023! ~ Dates: September 20 (Wed) to 22 (Fri), 2023 Venue: Tokyo Big Sight, East Halls 1-3 Booth Number: 1-J03 At our booth, we will showcase a variety of product lineups that can contribute to recent decarbonization efforts. Please stop by our booth when you visit.
![[China and Shikoku Region] Announcement of the "Improvement Case Presentation Conference 2025"](https://image.mono.ipros.com/public/product/image/854/2001528101/IPROS11714366992613421774.jpg?w=280&h=280)
Learn about the current state of on-site improvements such as DX in manufacturing and autonomous maintenance! We present approximately 100 case studies from 70 companies nationwide.
The Japan Plant Maintenance Association, a public interest incorporated association that has supported the promotion of production and maintenance activities in the manufacturing industry and the stabilization and improvement of quality for over 40 years since its establishment, will hold the "Improvement Case Presentation Conference 2025" in the Chugoku and Shikoku regions, tackling the challenges and issues faced in production and maintenance sites. This conference will focus on activities that have improved the reliability, safety, efficiency, quality, and cost of equipment in manufacturing and maintenance, aiming to enhance the equipment management awareness of participating companies. This year, approximately 100 cases from 70 companies across 7 regions nationwide are expected to be presented. 【Event Overview】 ■ Date: June 17 (Tuesday) ■ Venue: Hiroshima Prefectural Information Plaza (Hiroshima Prefecture) ■ Industries presenting: Automotive, Chemical, Electronics, Machinery, Steel, Food, etc. ■ The highly popular "Networking Session with Presenters" will also be held this year. *For more details, please download the PDF or feel free to contact us.
![[On-Demand Seminar] Learn from the Basics! Fundamentals of Pumps Course](https://image.mono.ipros.com/public/product/image/493/2001530822/IPROS4647552213100912031.png?w=280&h=280)
What is the impact of pump stoppage on the entire plant? You can learn the basics of maintenance management that will be useful on-site!
●Overview and Objective Pumps, which are used in various locations, are critical machines that can impact the entire plant if they stop functioning. Therefore, the aim is to take this opportunity to learn the basic knowledge of pump structure and performance, maintenance management, and daily inspections, so that participants can understand maintenance management from the fundamentals and apply it effectively in the field.
Can you see what was invisible!? Visualizing airflow with fine mist! An ultra-lightweight mist generator weighing about 500g and a light that allows you to visually see falling dust and adhering particles.
○Handheld Pure Water Mist Generator 'plusTRACER Model01' This product uses pure water (distilled water) to create ultra-fine mist, visualizing the state of "airflow" and "differential pressure" in factories and clean rooms. Visualize the movement of airflow with fine mist! Weighing approximately 500g, it is ultra-lightweight and cordless. It can be taken anywhere, making it effective in hard-to-reach places such as high altitudes, narrow spaces, and inside equipment cases. 【Features】 ■ The mist is extremely fine, at a few micrometers. It can be used in areas with precision equipment. ■ Generates mist at room temperature. ■ Can be remotely operated from a distance. ■ Can be fixed in place using a tripod. ○Surface Foreign Matter Identification Visualization Tool "D Light" Visually detect and identify the type of falling dust and adhered particles! Ideal for quality control in factories and daily hygiene management in hospitals and welfare facilities! Using UV LED as a light source, this new visualization tool can detect falling dust and adhered particles, and by observing the differences in fluorescence emitted from the particles, it is possible to identify the types of particles. This new lineup "D Light" is developed under the fine particle visualization brand "ViEST®" (trademark registered).
