Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 1855 items
Excellent corrosion resistance and pressure strength.
This is a process pump that excels not only in corrosion resistance but also in pressure strength. It can be used with high-temperature chemicals up to 90°C and 100°C.
Achieving low NPSH required for self-priming pumps.
Due to its unique internal structure, it is capable of self-priming to a height of 4 meters in under 2 minutes. The body shape, which has low fluid resistance, and the efficient impeller shape have been designed and manufactured. There are two types available: polypropylene, which excels in corrosion resistance and cost-effectiveness, and PVDF, which has excellent corrosion resistance and mechanical strength as the body material.
Emphasizing diversity, safety, and cost-effectiveness as a quantitative injection and transfer process pump.
The completely corrosion-resistant liquid contact parts are available in various types to accommodate a wide range of fluids. The standard model can handle viscosities up to 300 mPa·s, while the high-viscosity version can handle up to 2000 mPa·s. The compact design also streamlines the number of components, making maintenance and inspection easier.
Ideal for pumping various fluids, including high-viscosity materials and liquids containing solids.
The pump operation is smooth with minimal vibration due to the excellent air pressure valve drive. It is widely compatible with organic solvents, sludge, viscous liquids, as well as chemicals such as acids and alkalis.
High reliability
The liquid connection section is compatible with a wide range of fluids. It can handle high viscosity of 2000 mPa·s and slurry liquids up to 5% demineralized ash. Piping and maintenance are easy. It supports long hours of continuous operation. Discharge volume adjustment is possible during both standby and operation.
It is widely used in various industries such as water treatment, the chemical industry, dyeing and papermaking, the food industry, and the pharmaceutical industry.
Proportional operation according to the main signal. It automatically stops after a specified number of times and sends a completion signal.
Powerful suction and pumping capability, simple structure without valves.
Ideal for self-suction and pumping of foods such as minced meat, pulpy juice, saltwater, cream, and honey. The pump can also rotate in reverse. Cleaning and washing inside the pump piping is easy.
Orion Machinery/Vacuum Pump. Achieves safe design, low operating noise, and long lifespan. Environmentally friendly next-generation pump.
■Safe design, environmentally friendly, CE marking compliant. ■Low operating noise, with a noise reduction of 3dB (compared to conventional models) due to quiet design. ■30% longer lifespan with the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive.
Manufactured by Orion Machinery. Achieves both high flow rate and high pressure with a 1-cylinder, 2-stage structure.
■ The two-stage structure of the single cylinder achieves both high flow and high pressure! The two-stage structure of the single cylinder has significantly exceeded the pressure range of conventional side channel blowers. ■ Installation position is flexible. Horizontal or vertical placement can be chosen according to the application and installation location. ■ Integrated safety valve structure. An integrated design that matches the blower body has been adopted.
Orion Machinery/Vacuum Pump. An inverter model that controls the basic model with inverter technology to achieve further energy savings.
- Equipped with a newly developed non-contact high-efficiency rotor. The use of a newly developed high-efficiency rotor (non-contact, bladeless) minimizes energy loss due to non-contact with the cylinder, making it energy-efficient. Since no oil is used inside the pump, it provides clean air and is economical. Furthermore, the non-contact design ensures a long lifespan and significantly improves maintenance. It also achieves improved sound quality and quiet operation. - The world's first package-type vacuum pump with an inverter. The pump's rotation speed is controlled by an inverter according to the load conditions of the vacuum usage, enabling energy savings of up to 84%. This contributes to the energy efficiency, longevity, and quietness of the vacuum pump. - Up to 84% energy savings possible with inverter control. The vacuum pump automatically recognizes the load state. Inverter control achieves significant energy savings even at the same vacuum level. - Further quiet operation with a non-contact rotor and double package structure. The low operating noise contributes to environmental improvement. The synergistic effect with the non-contact rotor has achieved 65dB even at 60Hz operation. - Easy operation with an intelligent LCD panel. The operating status and various settings can be checked and operated via the LCD panel. - Smart design improves installation flexibility. Wall mounting is possible, and it features an upward exhaust design. The back and side can be mounted against walls.
Orion Machinery/Vacuum Pump. Adopts the industry's first modular design. A high vacuum, high flow modular multi-model with further evolved energy-saving performance.
■Equipped with a newly developed non-contact high-efficiency rotor. The use of a newly developed high-efficiency rotor (non-contact, bladeless) minimizes energy loss due to non-contact with the cylinder, resulting in energy savings. Since no oil is used inside the pump, it operates with clean air, making it economical. Furthermore, the non-contact design ensures a long lifespan and significantly improves maintenance. It also achieves improved sound quality and quiet operation. ■Continuous operation at a vacuum level of 100 kPa is possible. The coaxial two-stage vacuum pump equipped with a high-efficiency rotor enables continuous operation at a vacuum level of 100 kPa. It maintains the set vacuum level with high precision even when the load fluctuates. ■Vacuum levels can be set across the full range. It can be used over a wide range from 0 to 100 kPa, with no savings sacrificed on vacuum levels (the touch panel setting values range from 5 to 101 kPa). Settings can be made in 1 kPa increments without leaking air. ■Energy savings of up to 80% compared to conventional models. The exhaust structure that prevents over-compression and the two-stage vacuum pump operate at optimal power from near-open vacuum levels to the target vacuum level, regardless of the point of use. This reduces electricity costs. ■Energy-efficient pump structure covering low to high vacuum. Operates at optimal power across the full range of vacuum levels (from open to target). Features an exhaust structure that prevents over-compression.
Orion Machinery/Vacuum Pump. Compatible with a vacuum level of 100 kPa. Motor output of 5.5 kW with a control panel and inverter packaged together. Made to order.
■Equipped with a newly developed non-contact high-efficiency rotor. Using a newly developed high-efficiency rotor (non-contact, bladeless), it minimizes energy loss through non-contact with the cylinder, resulting in energy savings. Since it does not use oil inside the pump, it provides clean air and is economical. Furthermore, due to the non-contact design, it has a long lifespan and significantly improved maintainability. It also achieves improved sound quality and quiet operation. ■Continuous operation at a vacuum level of 100 kPa is possible. The coaxial two-stage vacuum pump equipped with a high-efficiency rotor enables continuous operation at a vacuum level of 100 kPa. It maintains the set vacuum level with high precision even when the load fluctuates. ■Vacuum level can be set across the full range. It can be used over a wide range from 0 to 100 kPa, with no savings sacrificed in vacuum level (the touch panel setting ranges from 5 to 101 kPa). It can be set in 1 kPa increments without leaking air. ■Up to 80% energy savings compared to conventional models. Thanks to the exhaust structure that prevents over-compression and the two-stage vacuum pump, it operates at optimal power from near-open vacuum levels to the target vacuum level, regardless of the point of use. This reduces electricity costs. ■Energy-saving pump structure covering low to high vacuum. It operates at optimal power across the full range of vacuum levels (from open to target). It features an exhaust structure that prevents over-compression.
Grundfos pump. It is a circulation pump that covers a wide range with electronic speed control functionality.
The MAGNA3/UPE pump is a circulation pump that covers a wide range with electronic speed control features based on communication devices, permanent magnets, and small electric motor technology. The MAGNA3 is the most innovative product among the high-quality circulation pumps manufactured by Grundfos. With the MAGNA3, you won't have to worry about complex settings. After installation, it automatically adjusts its capacity while remaining in the factory settings (a feature unique to the MAGNA3). The MAGNA3 automatically analyzes the heating system and adjusts its speed to the optimal capacity, continuously regulating the pump's capacity according to the system's load. As a result, optimal comfort is achieved while minimizing energy consumption. Additionally, the MAGNA3 pump is highly adaptable and reliable, operates quietly, has a long lifespan, and requires no maintenance. Equipped with IR communication capabilities, it can enable external control and monitoring functions when additional expansion modules are added.
Grundfos pumps. A wide range of lineup applicable to various applications.
■Circulation of cold and warm water, circulation of cooling water, and transfer of general industrial water.
Grundfos pump. By installing a flush line (optional) on the sleeve bearing (KPV), maintenance costs are reduced.
■Transportation of air conditioning, water supply, irrigation, and general industrial water.
