Flowmeter Regulator
Miller® flowmeter regulators are 100-percent tested, inspected, and provide unmatched gas control and accuracy.
GasSaver Series
GasSaver unique two-stage reduction valve has been developed for qualified shielding gas welding. The even start flow provides a higher quality weld since you avoid the turbulence that can disturb the welding process. Risk for pores in the welded joint is minimized.
GasSaver is also available in a lockable version for exact gas flow. A real advantage if you wish to ensure the highest and most even welding quality, e.g. with ISO 9000 certification. 300 bar.
The extremely pressure sensitive second stage greatly reduces the gas surge that normally occurs at start-up. This saves large amounts of shielding gas and ensures optimum weld quality due to minimized turbulence in the gas flow. 300 bar.
GasSaver Twin is available with an extra gas outlet for backing gas. This reduction valve is primarily used for welding where one wishes to take both the shielding gas and the backing gas from the same cylinder. The welding gas and backing gas can of course be adjusted separately in this solution.
GasSaver is also available in a lockable version for exact gas flow. A real advantage if you wish to ensure the highest and most even welding quality, e.g. with ISO 9000 certification.
The extremely pressure sensitive second stage greatly reduces the gas surge that normally occurs at start-up. This saves large amounts of shielding gas and ensures optimum weld quality due to minimized turbulence in the gas flow.
GasSaver Outlet Points
GasSaver Outlet Points do greatly reduce the gas surge that normally occurs at start-up. This saves large amounts of shielding gas and ensures optimum weld quality due to minimized turbulence in the gas flow.
GasSaver is also available in a lockable version for exact gas flow. A real advantage if you wish to ensure the highest and most even welding quality, e.g. with ISO 9000 certification.
The even start flow provides a higher quality weld since you avoid the turbulence that can disturb the welding process. Risk for pores in the welded joint is minimized.
