Laser ad Argon
2210 Series Argon Lasers Argon Laser Heads in Cylindrical Package

JDS Uniphase is the world's leading manufacturer of air-cooled ion laser systems. With tens of thousands of units in the field, our argon lasers are the lasers of choice for complex, high-resolution OEM applications such as flow cytometry, DNA sequencing, graphic arts, and semiconductor inspection.

Breakthrough technology
The 2210 Series lasers are the first commercial argon lasers to incorporate hard-sealed internal mirrors on a metal-ceramic discharge tube. The disharge tubes, including the mirrors, now can be vacuum baked at very high temperatures to eliminate all contimination. Today, laser life is measured in years, not weeks or months, and the need to clean opticas in the field has been completely eliminated. Furthermore, JDS Uniphase argon ion lasers are extremely stable over the entire range of operating current and temperature.
The symmetrical design and axial airflow of the JDS Uniphase cylindrical argon ion laser heads provide the best mechanical package for eliminat-ing transverse thermal gradients. Mounting the cylindrical laser in a system and replacing it in the field are straightforward operations. Fan vibration is eliminated by mounting the fan separately from the head and by moving air through a flexible duct.

Key Features:

• Integral-mirror, metal-ceramic construction
• Hands-off operation
• Ultralow noise
• Fast warm-up
• Rugged construction
• Vibration isolation
• Ultrastable resonator and beam pointing
• Extended lifetime

Applications:

• DNA sequencing
• Flow cytometry
• Confocal microscopy
• Semiconductor inspection
• Hematology
• Highspeed printing
• Photo-processing Compliance
• CE per specification EN 55011 and EN50082-2

Output Power Specifications
JDS Uniphase output power specifications are end-of-life specifications. Typically, when the laser is shipped from the factory, the output power is from 1.5 to 2.5 times greater than the power specified in the table below-if the laser is operated in current control at maximum current. When the laser is operated in light control mode at the specified output power, the tube current initially will be very is reached when the system can no longer maintain specified power at maximum tube current.

• Potenze da 4 a 150 milliwatt, modelli con emissione: 514 nm, 488nm, 458nm, Multiline

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