氩离子激光 Modu-Laser Argon ion laser

Modu-Laser 是一家美国公司，专业制造可供科学研究、工业生产和娱乐应用的氩离子激光器。Modu-Laser公司提供激光波长分别为457nm、488nm 和514nm的单线氩离子激光器，同时也提供输出功率可达300mW（TEM00）的多线氩离子激光器。为满足大学研究和应用需求，Modu-Laser公司进一步提供滤光片选择波长的457nm、488nm、514nm和全谱线合一的氩离子激光器。此外，Modu-Laser公司还提供输出功率1000mW空气冷却的氩离子激光器为娱乐应用。所有Modu-Laser公司的氩离子激光器均采用密封镜（sealed-mirror）技术和高效集成电源，体积小、重量轻、价格便宜，可广泛应用于科研、工业和娱乐方面。

激光波长分别为457nm、488nm 和514nm的单线氩离子激光器 同时也提供输出功率可达300mW（TEM00）的多线氩离子激光器。能满足拉曼光谱应用,全谱线合一的氩离子激光器。采用密封镜（sealed-mirror）技术和高效集成电源
波长457.9nm - 514.5nm
最大输出功率（总）150毫瓦
光束模式TEMoo
光束直径的1 / e ^ 2 0.65毫米
光束发散角0.95mrad
光束指向稳定性<30urad
输出功率漂移（预热后）<+ / - 1％
光束振幅噪声“1％的RMS
偏振比> 100:1
预热时间5分钟
线电压/线频率100VAC - 265VAC / 50 - 60赫兹
功耗<1500瓦
尺寸（LxWxH - 英寸）13.0“× 7.6”× 5.1“
重量（磅/公斤）14磅/6.4千克


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Wavelength 457.9nm - 514.5nm
Maximum Output Power (Total) 150mW
Beam Mode TEMoo
Beam Diameter 1/e^2 0.65mm
Beam Divergence 0.95mrad
Beam Pointing Stability <30urad
Output Power Drift (after warm-up) < +/- 1%
Beam Amplitude Noise < 1% RMS
Polarization Ratio > 100:1
Warm-up Time 5 Minutes
Line Voltage / Line Frequency 100VAC - 265VAC / 50Hz - 60Hz
Power Consumption < 1500 Watts
Dimensions (LxWxH - inches) 13.0" x 7.6" x 5.1"
Weight (lbs/Kg) 14lbs / 6.4Kg




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Wavelength 488nm
Maximum Output Power 50mW
Beam Mode TEMoo
Beam Diameter 1/e^2 0.65mm
Beam Divergence 0.95mrad
Beam Pointing Stability <30urad
Output Power Drift (after warm-up) < +/- 1%
Beam Amplitude Noise < 1% RMS
Polarization Ratio > 100:1
Warm-up Time 5 Minutes
Line Voltage / Line Frequency 100VAC - 265VAC / 50Hz - 60Hz
Power Consumption < 1500 Watts
Dimensions (LxWxH - inches) 13.0" x 7.6" x 5.1"
Weight (lbs/Kg) 14lbs / 6.4Kg



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Although the argon ion laser was not the first laser invented, it has become one of the most popular ion lasers in use today. Invented in 1964 by William Bridges at Hughes Aircraft, the argon ion laser uses, as its name implies, high purity argon gas as the lasing medium. A multi-line argon ion laser can generate up to 18 discrete laser lines (wavelengths) ranging from the UV (275.4nm) to visible green (528.7nm) with the majority of the power being developed at the 488nm and 514.5nm lines. Argon ion lasers are commercially available in a variety of configurations to accommodate a wide variety of applications. Argon lasers may be configured to produce a single laser line only or configured to produce multiple laser lines simultaneously. They may also be fitted with polarizing optics to yield a polarized laser beam. Additionally, argon ion lasers can be manufactured to produce optical power levels ranging from a few milliwatts to power levels exceeding 20 watts.



Argon ion lasers are used in a wide variety of applications. These applications include, but are not limited to, Raman Spectroscopy, Microscopy, Flow Cytometry, Holography, Entertainment, Forensics, Ophthalmic Surgery and sources for optical pumping. Argon ion lasers are also used extensively in scientific, research and educational applications.



Although advances in laser technology over the years have lead to the development and commercialization of numerous additional laser light sources, the argon ion laser has been, and will continue to be, a predictable and reliable laser light source for many applications.