ジャパンコントロールス 「Japan Controls Co. Ltd.」 Product Lineup

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, allowing for the most efficient combination of equipment.

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, allowing for the most efficient combination of equipment.

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, allowing for the most efficient combination of equipment.

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, ensuring the most efficient combination of equipment.

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, allowing for the most efficient combination of equipment.

The basic unit is a gas booster pump that pressurizes low-pressure helium gas to high pressure, using an air-driven gas booster manufactured by Haskel. The gas booster can be selected according to the required refill pressure and the capacity of the container, allowing for the most efficient combination of equipment.

The Haskell gas booster has a small area gas piston directly connected to a large area reciprocating air piston, and the gas piston operates within a high-pressure gas barrel. 【Features】 ■ No electricity is required as it is air-driven ■ No lubrication is needed for the air line ■ The air-driven section and gas section are isolated, preventing hydrocarbon contamination ■ Maximum pressure can be increased up to 269 MPa ■ A wide range of models is available to accommodate various needs ■ Effective cooling utilizing the exhaust of the driving air ■ Custom systems as well as standard models can be manufactured ■ Applicable to most gases For more details, please contact us or download the catalog.

Haskel's air-driven gas booster 'AG/AGD/AGT' does not require electricity, can be used with most gases, and is capable of handling a wide range of flow rates and pressures. The air-driven section and gas section are isolated to prevent hydrocarbon contamination. Lubrication is not required for the airline, allowing for pressurization while preventing contamination. 【Features】 ■ Effective cooling utilizing exhaust from the driving air ■ Capable of boosting pressure up to 269 MPa ■ A wide variety of models available to accommodate a broad range ■ Widely used in gas equipment covering high pressure and ultra-high pressure flow rates ■ In addition to standard models, custom systems can also be manufactured *We accept sales as well as repairs and maintenance. For more details, please refer to the documentation. Feel free to contact us with any inquiries.

HASKEL embodies the reliability and safety expected by your company. Q-Drive has brought innovation to gas transfer and compression. Based on smart servo electric technology, Q-Drive achieves efficiency, cleanliness, and quiet compression. This innovative booster is designed to meet optimal performance and high flow demands. <Advantages> ■ Compact design with no loss of flow or pressure ■ Excellent design allows for the fastest seal component replacement in its category ■ 25% reduction in cooling energy compared to standard hydraulic intensifiers ■ Advanced diagnostic system reduces maintenance and extends operating time ■ Simple design minimizes the number of failure-prone parts and minimizes maintenance ■ Extremely energy-efficient and environmentally friendly For more details, please download the catalog or contact us.

The Haskell gas booster has a small area gas piston directly connected to a large area reciprocating air piston, and the gas piston operates within a high-pressure gas barrel. 【Features】 ■ No electricity is required as it is air-driven ■ No lubrication is needed for the airline ■ The air-driven section and gas section are isolated, preventing hydrocarbon contamination ■ Maximum pressure can be increased up to 269 MPa ■ A wide range of models is available to accommodate various needs ■ Effective cooling utilizing the exhaust of the driving air ■ Custom systems can be manufactured as well as standard types ■ Applicable to most gases For more details, please contact us or download the catalog.

In the energy industry, maintaining a stable pressure of gas is essential in the supply process. In particular, pressure regulation in supply lines and ensuring the appropriate gas volume according to demand are crucial for efficient operations. Insufficient pressure or unstable supply can lead to decreased operational efficiency of plants and disruptions in the supply network. The Haskel gas booster is air-driven, requiring no electricity and no lubrication for the air line, making installation and operation easy. Since the air-driven section and gas section are isolated, there is no contamination with hydrocarbons, ensuring a clean gas supply. It can boost pressure up to 269 MPa and is available in models that accommodate a wide range. 【Usage Scenarios】 - Pressure regulation in gas supply lines - Ensuring gas volume according to demand - Sites requiring clean gas supply 【Benefits of Implementation】 - Achieving stable gas supply - Improving plant operational efficiency - Reducing operational costs

In experimental research and development, precise gas pressure control is often required. Particularly in experiments that require high-pressure gas or where it is necessary to supply small amounts of gas at accurate pressures, stable pressurization capability is essential. Insufficient pressurization capability can lead to variability in experimental results or the inability to achieve the desired effects. Haskel's gas boosters are air-driven and do not require electricity, nor do they need lubrication for the airline, making them suitable for experiments in clean environments. The air-driven section and gas section are isolated, preventing hydrocarbon contamination, allowing for safe use even in experiments that utilize high-purity gases. 【Use Cases】 - Various experiments requiring high-pressure gas - Precise pressure adjustment of trace gases - Pressurization of gas supply lines - Gas-related experiments in laboratories 【Benefits of Implementation】 - Stable supply of gas pressure required for experiments - Improved reliability of experimental results - Support for conducting experiments in clean environments - Compatibility with a wide range of gas types

In the semiconductor industry's encapsulation process, precise gas pressure control is directly linked to product quality and reliability. In particular, the accurate pressurization of gas during the encapsulation process is essential for uniform filling and reducing defect rates. Inadequate gas pressure can lead to encapsulation defects and variations in product performance. Haskel's gas boosters are air-driven, requiring no electricity and no lubrication of the airline, making them suitable for the clean environments required in semiconductor manufacturing processes. Since the air-driven section and gas section are isolated, there is no contamination from hydrocarbons, meeting the demands of encapsulation processes that use high-purity gases. 【Application Scenarios】 - Gas injection for semiconductor encapsulants - Gas filling for precision instruments - High-pressure gas supply in research and development 【Benefits of Implementation】 - Stabilization of gas pressure in the encapsulation process - Improvement in product quality and reduction in defect rates - Realization of gas pressurization in a clean environment

In the automotive industry tests, it is required to supply various gases stably at high pressure. Particularly in situations that require precise gas pressure control, such as durability tests and performance evaluations, a reliable booster device is essential. Insufficient pressure or unstable supply can lead to variations in test results and, in some cases, damage to testing equipment. Haskel's gas boosters are air-driven and do not require electricity, and since the air drive and gas sections are isolated, they prevent the contamination of hydrocarbons, achieving safe and clean gas pressurization. With a wide range of models capable of handling pressures up to 269 MPa and the flexibility to create custom systems, we can meet your diverse testing needs. 【Usage Scenarios】 - Durability testing of automotive parts - Performance evaluation tests for vehicles - Various gas encapsulation tests - Use of high-pressure gases in research and development 【Benefits of Implementation】 - Improved accuracy of tests - Ensured safety - Compatibility with a wide range of gases - Optimal system construction through custom solutions