Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 15 items
![Booster Compressor [*Catalog Available*]](https://image.mono.ipros.com/public/product/image/ae4/223981003/IPROS_14318308791442130000.jpg?w=280&h=280)
Outstanding energy-saving effect booster compressor. Prevention of pressure effects at the end of the piping.
Meiji Booster Compressor ● Reduces power consumption by efficiently boosting only the necessary areas. ● Prevents pressure effects at the end of the piping. ● Supplies high-pressure air (up to 1.96 MPa) in a targeted manner.
■Ideal for high-pressure, large-capacity laser processing machines! Booster compressor
Boasting top-class discharge capacity in the 3.5 MPa class, it features low vibration, low noise, and space-saving performance, now available with a wide range of options.
A small compressor that can be used for three applications: vacuum, pressure, and booster.
Cylinder 32Φ, compression stroke 2mm, achieved vacuum level -85kPa, intake pressure 0.2MPa, discharge pressure 1.0MPa, discharge volume 2L/min, weight 2.0Kg, external dimensions 86x110x148, noise level 60dB, motor output brushless motor DC24V-25W, rotational speed 1500-2000rpm.
The temperature inside the container is raised by utilizing compressed heat through the pressurized circulation of gas and air.
Cylinder 100Φ, compression stroke 15mm, intake pressure 0.5MPa, discharge pressure 0.9MPa, motor output 3-phase 200V 2.2kW, discharge flow rate 500L/min, CO2 gas discharge temperature 90℃.
Equipped with a top runner motor! We propose energy-saving solutions for greater safety and comfort.
Are you struggling with issues such as "energy-saving plans when introducing energy-efficient compressors" or "insufficient pressure due to terminal air piping"? The 'GBHP/GB' is a booster compressor that can save approximately 11% on electricity costs by reducing the control pressure by 0.1 MPa. Installing it to prevent pressure drop in terminal piping can save about 15% on electricity costs compared to new installation. Please consider the booster compressor. 【Features】 ■ Saves approximately 11% on electricity costs by reducing control pressure by 0.1 MPa ■ Saves about 17% on electricity costs when installed for spot high-pressure air needs compared to new installation ■ Saves about 27% on electricity costs when switching from a booster pump ■ Saves about 15% on electricity costs when installed to prevent pressure drop in terminal piping compared to new installation *For more details, please refer to the PDF document or feel free to contact us.
Efficient pressurization without waste for energy conservation. <ESTIBO> makes it possible.
"We understand the energy-saving effects of low pressure, but we are concerned about decreased production efficiency due to insufficient pressure." "We are troubled by the energy loss associated with pressure boosting." The booster compressor <ESTIBO> is here to address such customer concerns. Being an electrically driven pressure boosting device, it provides significant energy-saving effects more efficiently and reliably than air-driven types. We offer the optimal <ESTIBO> solution tailored to your needs, whether you require one unit or multiple units. Energy savings can be achieved more effectively in any production environment. 【Features】 ○ Oil-free type ○ Low noise and low vibration ○ Long life For more details, please contact us or download the catalog.
No high-pressure application required. Airtight high-pressure booster compressor: "Clean, oil-free, and leak-proof with new energy-saving technology."
This is a compact high-pressure booster compressor that uses an unusual piston design. It is completely oil-free and has no leakage into the atmosphere. It can boost air, nitrogen, oxygen, hydrogen, helium, and other gases. With an intake pressure of 0.6 MPa, the internal mechanism can boost pressure up to 15 MPa without load, making it very energy-efficient.
Irregular piston-type small power-saving high-pressure booster compressor
Cylinder 63Φ/40Φ of different types, compression process 5mm, intake pressure 0.4MPa, discharge pressure 5.0MPa at 12L/min, pressure tank 2L, control pressure differential range 0.5MPa, external dimensions 400x720x700, weight 85Kg, noise level 65dB, motor output 3-phase 200V 0.4kW.
A laser cutting assist gas (nitrogen) booster designed with the know-how of "TANABE High Pressure" generously applied.
Laser cutting, which has now become a representative processing method in metalworking, has seen a remarkable improvement in processing accuracy and finish quality due to advancements in cutting technology. Supporting the thick plate cutting process behind the scenes is high-pressure nitrogen gas (laser cutting assist gas). Especially in stainless steel thick plate processing, the presence of this assist gas greatly influences the finish and precision after cutting. By increasing the pressure of the assist gas, it becomes possible to distribute the gas evenly across the entire cutting surface, preventing oxidation and discoloration of the cut edge. This allows for the omission of post-processing steps, significantly reducing labor costs. Our high-pressure booster compressor, the 'GBV-Series', is a booster-type compressor specifically designed for laser cutting processing, developed with the extensive know-how and technology that our company has accumulated in handling high-pressure air and gas. We encourage you to consider the introduction of our 'GBV-Series', which can accommodate a wide range of cutting machine specifications and excels in continuous operation performance and durability.
Increase pressure dramatically! Further improve energy efficiency in production sites and enhance comfort.
The energy-saving effects of low pressure are understood, but there are concerns about decreased production efficiency due to insufficient pressure. We respond to customer voices like 'We are troubled by the energy loss in pressure boosting.' with the booster compressor from Anest Iwata. As an electrically driven boosting device, it provides significant energy-saving effects more efficiently and reliably than air-driven types. We can propose suitable boosters based on the situation, from one unit to multiple units. Energy saving can be achieved more effectively in any production environment. 【Features】 - Compact booster compressor with oil-free type - High-quality air can be easily used even in narrow spaces - Closed type, which eliminates valve noise and excels in quietness - Uses composite resin pistons made of heat-resistant thermosetting resin - Excellent durability with no seizure or galling *For more details, please refer to the PDF materials or feel free to contact us.
