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The most common type of gas laser welding is CO2 (carbon dioxide) laser welding machines. In addition to CO2, He/Ne (helium and neon) and Ar/Kr are other gases that can cause a laser to vibrate. (argon and krypton).
The most popular material for laser welding machines, however, is CO2.CO2 lasers have a better conversion efficiency than solid-state lasers and can oscillate at high power continuously. (CW, or continuous wave). A discharge-type source with bands serves as the excitation source. For forging, wavelengths are used.
The CO2 laser welding machine is used in a variety of industries because it can fuse resin in addition to metal.
The Global CO2 laser welding machine market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The OEM 100iX hermetic CO2 laser welding machine has been introduced by Luxinar for use in industrial processing applications. The new OEM 100iX from Luxinar is an addition to the company’s OEM line using the same tried-and-true RF-excited slab laser design.
It has a power range of 50-1,000W and a wavelength of 10.6 m. For tasks like high volume cutting, kiss cutting, scoring, multi-ply cutting, and die board cutting for the packaging, automotive, and textile sectors, the laser source offers faster speeds and improved productivity.
High process repeatability is achieved by combining a small wavelength band (0.25 m) with normal power stability ( 3 %).
This 1 kW laser operates safely through the acoustic regions, over a wide range of pulse widths and frequencies, and over a wide range of coolant temps.
It has an integrated RF power source that is both detachable and completely serviceable in the field and can be installed in small spaces in any orientation. The OEM 100iX is perfectly suited to the harshest industrial environments thanks to its IP66 completely sealed beam delivery and RF power supply.
