SMC Proportional & Solenoid Valves for O₂, N₂, and Air Flow Control

SABAZU supplies SMC proportional valves and solenoid valves for reliable and precise control of oxygen (O₂), nitrogen (N₂), and compressed air in industrial applications. These valves are suitable for applications requiring controlled gas flow, pressure regulation, fast switching, and stable process performance. SMC's proportional valve technology allows flow or pressure to be controlled according to an electrical input signal.

SMC Proportional Valve – Precision Flow & Pressure Control

SMC proportional valves provide variable control rather than simple ON/OFF operation. Depending on the selected series, they can regulate air flow or secondary pressure by varying the electrical input to the valve.

SMC Proportional Valve 10 Bar

The SMC proportional valve 10 bar category is suitable for applications requiring accurate and adjustable flow or pressure control. It can be used where controlled gas delivery is important for maintaining consistent machine operation.

Key features:

• Precise proportional flow or pressure control
• Adjustable output according to electrical input
• Suitable for pneumatic and industrial automation applications
• Compact and reliable construction
• Suitable for controlled gas-flow applications, subject to the selected model specifications

SMC Proportional Valve 30 Bar

For applications requiring higher-pressure gas control, SABAZU can supply suitable SMC valve configurations based on the required pressure, gas type, flow rate and connection specifications.

The exact SMC series and model should be selected according to the required operating pressure and medium rather than assuming that every proportional valve is rated for 30 bar.

SMC Solenoid Valve for O₂, N₂ & Air

SMC offers a wide range of 2-port and 3-port solenoid valves for industrial fluid and gas control. Certain SMC configurations are specifically listed for applications involving compressed air, nitrogen and oxygen, including laser-processing applications.

SMC Solenoid Valve 10 Bar

SMC solenoid valves can provide fast ON/OFF gas-flow control for applications such as:

• Laser cutting machines
• Laser welding machines
• Air blow systems
• Pneumatic systems
• Nitrogen supply systems
• Oxygen supply systems
• Industrial automation

The appropriate model should be selected according to the required pressure, flow rate, gas and connection size.

SMC Solenoid Valve – High Pressure

For higher-pressure applications, SABAZU can supply SMC high-pressure solenoid valve configurations according to the required application.

SMC's catalog includes dedicated high-pressure 2/3-port valve ranges, including products rated up to 5.0 MPa (50 bar) in certain series.

Applications

SMC valves supplied by SABAZU can be used in various industrial applications, including:

• Fiber Laser Cutting Machines
• Fiber Laser Welding Machines
• Laser Gas Control
• O₂ Gas Control
• N₂ Gas Control
• Compressed Air Control
• Air Blow Systems
• Pneumatic Automation
• Industrial Gas Flow Control
• Laser Machine Gas Lines

SMC also identifies applications for certain valve configurations in laser processing machines and nitrogen filling systems.

Why Choose SABAZU for SMC Valves?

✔ Genuine SMC Solutions

SABAZU supplies SMC valve solutions selected according to the customer's application requirements.

✔ Precise Flow Control

Proportional valves can provide continuously adjustable flow or pressure control, while solenoid valves provide reliable ON/OFF switching.

✔ Multiple Gas Applications

Suitable SMC configurations are available for applications involving air, nitrogen and oxygen, subject to the specific model's approved fluid compatibility.

✔ Laser Machine Applications

SMC lists specific valve applications for laser processing machines, making appropriate valve selection important for laser gas-control systems.

✔ Application-Based Selection

SABAZU can help select the appropriate valve based on:

• Gas type
• Operating pressure
• Required flow rate
• Port size
• Voltage
• Valve type
• Operating temperature
• Machine application