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.
46～60 item / All 69 items
Versatile installation posture grease-lubricated bearing type turbo molecular pump
It is a grease-lubricated bearing type turbo molecular pump, allowing for flexible installation orientation. It has a structural design that is resistant to atmospheric intrusion.
Versatile installation posture grease-lubricated bearing type turbo molecular pump
It is a grease-lubricated bearing type turbo molecular pump, allowing for flexible installation orientation. It has a robust structural design that is resistant to atmospheric entry.
Wide-range exhaust: Magnetic bearing turbo molecular pump compatible with exhaust from low to ultra-high vacuum.
You can choose from various special specifications according to your application. Specifications for reaction products, ultra-low vibration, ultra-high vacuum, radiation resistance, and high-temperature resistance.
Wide-range exhaust: Magnetic bearing turbo molecular pump compatible with exhaust from low to ultra-high vacuum.
You can choose from various special specifications according to your application. Specifications for reaction products, ultra-low vibration, ultra-high vacuum, radiation resistance, and high-temperature resistance.
Magnetic bearing turbo molecular pump compatible with a wide range of exhaust from low to ultra-high vacuum.
You can choose from various special specifications according to your application: reaction product countermeasure specification, ultra-low vibration specification, ultra-high vacuum specification, radiation-resistant specification, and high-temperature resistant specification.
High flow rate turbo molecular pump compatible with exhaust and low vibration.
We also have the reaction product countermeasure specifications TG2400MI in our lineup.
Significantly reduced the deposition of reaction products generated in the process onto the pump through unique generation product countermeasures!
In addition to heating with an external heater, effectively utilize the friction heat generated by the suction gas inside the pump to efficiently raise the temperature of the gas contact area. ■ The output of the external heater can be reduced, improving energy-saving effects!! ■ Minimize thermal impact on key components, reducing damage to the pump.
A grease-lubricated bearing type turbo molecular pump that supports a wide range of exhaust from low to ultra-high vacuum and can be installed in various orientations.
○Flexible Installation Orientation The installation orientation is freely adjustable in 360 degrees, expanding the design flexibility of the equipment! ○Excellent Durability By adopting a unique bearing structure, it is resistant to sudden pressure increases caused by atmospheric entry! ○Rapid Vent Stop The pump can be rapidly stopped using the vent port, similar to an air brake. *Some models may not support this feature. ○Maintenance-Free There is no need for daily maintenance. With regular overhauls, you can use it for a longer period.
Compatible with corrosive gas exhaust. Strong structure against dust, resulting in fewer pump troubles due to dust contamination. Robust design resistant to atmospheric intrusion.
We offer a wide range of classes from small to large. You can choose the optimal pump from the exhaust speed classes of 200L/s to 5500L/s according to your application.
Unnecessary wiring is eliminated, improving work efficiency and maintainability!
Osaka Vacuum was the first in Japan to successfully develop a turbo molecular pump. The magnetic bearing turbo molecular pump features a design that integrates the power unit and the pump, eliminating the need for output cables and separate controllers, thus removing the necessity for cable ducts and controller racks. This eliminates the cumbersome task of cable routing, improving work efficiency and maintainability. Its compact design also contributes to cost reduction. It is widely adopted in manufacturing industries such as medical devices, semiconductors, and analytical/testing equipment. 【Features】 ■ Cost reduction possible with flexible design! ■ Various access points consolidated at the front to improve work efficiency! ■ Standard IP54 (dustproof and splash-proof) compliant, usable even in harsh environments! *For more details, please contact us or download the catalog to view.
Settings parameters and operational data can be stored in the pump body!
The 'TG397M / TG427M / TG907M / TG1307M' handled by Osaka Vacuum Equipment Manufacturing Co., Ltd. has achieved low power consumption through improvements in the magnetic levitation motor compared to conventional magnetic bearing turbo molecular pumps. Additionally, it is equipped with a memory function that stores operational data, touchdown counts, and other information in the pump body, allowing for data transfer even when the controller is replaced during overhauls. 【Features】 ■ Energy-saving design ■ Ability to retain operational data, touchdown counts, model information, etc., in the main unit *For more details, please refer to the catalog or feel free to contact us.
Dry vacuum pumps achieve oil-free and clean exhaust without using oil in the exhaust flow path!
We would like to introduce a case where a "high vacuum exhaust system for X-ray measurement experiment vacuum containers" was delivered to the Kansai Quantum Science Research Institute (Kizugawa). This exhaust unit consists of a 300 L/s class magnetic bearing turbo molecular pump TG390M, which can be directly attached to the vacuum container, a combined vacuum gauge featuring a Pirani type and a cold cathode ionization vacuum gauge, along with a cart that holds the controllers and auxiliary pumps. The turbo molecular pump attached to the vacuum container is of the magnetic bearing type, allowing for maintenance-free, oil-free operation with extremely low vibration exhaust. Additionally, the inlet flange uses a Conflat type with a copper gasket, which reduces the permeation of light gases from the gasket and the release of exhaust gases, while also enabling high-temperature baking. 【Case Overview】 ■ Delivery Destination: National Research and Development Agency, Quantum Science and Technology Research Development Organization, Kansai Quantum Science Research Institute (Kizugawa) ■ Delivered Product: High vacuum exhaust system for X-ray measurement experiment vacuum containers *For more details, please refer to the PDF document or feel free to contact us.
Next-generation turbo molecular pump that sets a new standard for advanced scientific turbo pumps! It can be standardly equipped on many major scientific instruments!
Introducing the newly developed generation-type turbo molecular pump "nEXT85" from Edwards, the global leader in vacuum pump technology. Based on over 20 years of experience derived from the highly trusted EXT and STP series, the "nEXT85" sets a new standard for turbo pumps in advanced science. Not only has the performance been enhanced, but it also allows for the same service and operational features as the nEXT series, including on-site maintenance and data log verification. 【Features】 ■ Cutting-edge rotor design achieving exceptional pumping speed and compression ratio ■ High reliability proven in various fields ■ Standardly equipped on many major scientific instruments, with over 100,000 units delivered ■ Allows for quick maintenance by end-users without the need for complex processing or extensive disassembly *For more details, please request documentation or view the PDF data available for download.
You can select the optimal pump based on the desired discharge pressure and exhaust speed.
We have listed pumps that cover the pressure range in the low vacuum and medium vacuum areas. If there are pumps not mentioned or if there are special conditions, please contact us individually.
![[Must-see] What are the representative methods of CCUS and CO2 capture that are currently in the spotlight?](https://image.mono.ipros.com/public/product/image/7a7/2001316663/IPROS5921754865806721637.png?w=280&h=280)
Introducing various CO2 capture methods and the vacuum pumps that match each one.
In specific manufacturing processes, as well as in energy production processes such as incinerators and power plants, carbon dioxide, a greenhouse gas, is released into the atmosphere. Efforts are being promoted globally to achieve decarbonization by capturing, separating, recovering, and reusing this carbon dioxide, thereby reducing its concentration in the atmosphere and aiming for zero emissions. Please click the link below to check representative methods for carbon dioxide (CO2) recovery.
