Stop Gas Wastage in Welding: Improve Cost, Quality, and Efficiency

Precision Welding Starts with Controlled Gas Flow
Cut welding gas costs by up to 50% — without changing your process

Problem (Situation)

In MIG/MAG welding, shielding gases like Argon and Carbon Dioxide are essential—but widely wasted.

Typical issues in welding shops:

• • • Gas continues to flow during idle torch time
    • Excessive pre-flow and post-flow settings
    • Operator-dependent manual adjustments
    • Frequent cylinder changeovers disrupting production

Result:

• • • Higher gas consumption and rising costs
    • Inconsistent weld quality (porosity, defects)
    • Reduced productivity and efficiency

Gas is often treated as a fixed cost—but in reality, it is a controllable loss area.

Solution: Gas Saver

A Gas Saver eliminates unnecessary gas wastage by ensuring that shielding gas flows only during active welding.
It:

• • • Starts gas flow exactly when welding begins
    • Stops immediately when welding ends
    • Maintains optimized pre-flow and post-flow

Outcome: Controlled usage, lower cost, and consistent welding performance.

What is a Gas Saver?

A Gas Saver is a compact control device installed between the gas regulator and the welding torch.

Its function is to:

• • • Regulate gas flow timing
    • Maintain consistent flow rates
    • Reduce overall gas consumption

This transforms gas usage from uncontrolled flow to a precise, demand-based system.

Key Benefits:

• • • 20–50% Reduction in Gas Consumption
    • Lower Welding Cost per Component
    • Improved Weld Quality (less porosity, stable arc)
    • Higher Productivity (fewer interruptions)
    • Consistent & Repeatable Welding Process
    • Reduced Gas Wastage & Environmental Impact
    • Improved Safety (controlled gas usage)

Where It Delivers Maximum Value

• • • MIG / MAG Welding
    • TIG Welding
    • Fabrication & Engineering Workshops
    • Automotive Manufacturing
    • Robotic & High-Production Welding Lines

ROI Advantage:

Lower gas consumption leads to fast payback—typically within a few months, with significant savings across multiple machines.

Conclusion:

In MIG/MAG welding, uncontrolled gas flow leads to unnecessary cost and inefficiency. A Gas Saver ensures gas is used only during active welding—reducing consumption, improving weld quality, and enhancing process consistency.

SENOR manufactures Gas Savers engineered for reliable performance and measurable savings (View Our Product)