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Argon ion lasers are ion lasers that typically produce several watts of optical power in a high-quality green or blue output beam. They have the highest output powers of all ion lasers and are the most widely used. Even while pulsed operation (usually with microsecond pulse durations) is conceivable, they are typically used in the continuous-wave operation. An argon-filled tube, such as one made of beryllium oxide ceramics, is the main component of an argon ion laser.
In this tube, a strong electrical discharge between two hollow electrodes creates a plasma with a high density of argon (Ar+) ions. Typically, a solenoid (electromagnet coil) is utilized to generate a magnetic field that better confines the plasma, increasing output power.
Particularly for high-power and UV versions, it is crucial. In the end, Brewster windows are utilized. Since they would otherwise become considerably too hot, the outer walls of the tube are typically water-cooled; however, in low-power versions, A substantial gas pumping action is linked to the strong electric current.
This causes a significant pressure differential along the tube in a basic cylindrical laser tube, which is bad for gas discharge. As a result, a tube with a gas return channel is frequently used. Older models had a return tube that was visible from the outside and was meant to be long enough to prevent an electric discharge there. In more recent designs, the return path is integrated into the tube and hidden from view.
The Global Argon Ion Lasers 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.
A compact machine with an internal power supply is what Edmund Optics offers for argon ion lasers. This family of air-cooled lasers offers an output beam that is reliable and of a high caliber in a robust yet effective design. These lasers are fantastic for a range of scientific and OEM applications thanks to the wavelength possibilities.
Rugged support provides great resistance to vibration and hard handling for the maintenance-free sealed mirror laser tube. Incorporated dual cooling fans enable quiet, extremely effective cooling of the laser tube while separating the cutting-edge power supply from potential airborne pollutants. This is made possible by a distinctive “Dual Channel” airflow design and embedded dual cooling fans.
