Optikon LM2P HeNe Laser System with JDS Uniphase 1122P Laser

Key Features

• Long operating life
• Low noise
• Exceptional beam-pointing stability
• Long-term amplitude stability

The JDS Uniphase 1100 Series red helium-neon laser products offer low noise, high power stability, and long life for the most demanding applications. With more than 1.5 million units sold, JDS Uniphase lasers are the industry standard for many advanced system designs.

JDS Uniphase manufactures helium-neon lasers in the red, green, yellow, and orange wavelengths. All features our patented close-cathode design that rapidly and uniformly distributes discharge heat throughout the laser, resulting in excellent thermal, beam-pointing, and power stability. Our patented field
concentrator design ignites the discharge within milliseconds of applying the start voltage. Hard-sealed internal mirrors, small physical size, and low noise result in greater reliability, longer life, and enhanced performance.

All JDS Uniphase helium-neon lasers are manufactured in a dedicated facility using state-of-the-art process control technology. This enables us to achieve higher process yields, and results in dependable lead times and excellent ontime delivery performance.
 

Applications
• Flow cytometry
• Metrology
• Semiconductor inspection
• Alignment
• Laser-induced fluorescence
• Hematology
• High-speed printing

Power Supply

AC Input: 110 VAC, 60 Hz
INT. Fuse at 250ma

1122P Laser

Maximum starting voltage        10 kV DC
Mode purity                            >95%
Storage lifetime                       Indefinite (hard-sealed)
Static alignment                      Center to outer cylinder within ±0.01 inch. Parallel to outer cylinder within ±1 mR.

Environmental
Temperature                                          -40 to 70 °C (operating), -40 to 150 °C (non-operating)
Atitude                                                  0 to 10,000 feet (operating), 0 to 70,000 feet (non-operating)
Relative humidity (no condensation)         0 to 100%
Shock                                                   25 g for 11 ms, 100 g for 1 ms