
( Brand: Cw Radiation ), ( Part Type: Laser )
The Z130195 is a high-quality, 5mW Continuous Wave (CW) HeNe laser that operates at a wavelength of 632nm. This laser is a perfect choice for various applications due to its reliable and stable performance.
The HeNe (Helium-Neon) laser technology, proven over several decades, ensures a coherent and monochromatic beam, making it ideal for applications such as alignment, optical pumping, holography, and spectroscopy. The 632nm wavelength is visible to the human eye, allowing for easy alignment and observation.
The Z130195 features an output power of 5mW, providing a sufficient amount of energy for most low-power applications. Its continuous wave operation mode ensures a steady and consistent beam, which is crucial for applications that require precision and accuracy.
The laser is housed in a durable, compact, and lightweight package, making it easy to transport and integrate into various systems. It comes with safety features such as a key-switch mechanism to prevent accidental activation and a protective housing to minimize stray light.
In summary, the Z130195 is a versatile and reliable laser solution for a wide range of applications, offering a stable and coherent beam at a visible wavelength. Its compact design, coupled with its safety features, makes it a practical choice for both professional and amateur users.
Product: Z130195 5mW Radiation 632nm Laser CW (Wavelength HeNe)
Pros:1. High Quality: The HeNe laser is known for its high-quality beam, which is stable, coherent, and monochromatic, making it suitable for various applications.
2. Low Power Consumption: With a power output of only 5mW, this laser has a low power consumption, making it energy-efficient.
3. Wide Applications: Due to its wavelength and low power, this laser can be used in a variety of fields such as spectroscopy, holography, alignment, and even in some scientific research.
Cons:1. Low Power Limitations: The low power output might limit its applications in areas requiring higher power, such as material processing or high-power laser shows.
2. High Cost: HeNe lasers, while known for their quality, are generally more expensive compared to other types of lasers.
3. Maintenance: HeNe lases require regular maintenance, including occasional replacement of the Neon gas, to maintain their performance.
Conclusion:The Z130195 5mW Radiation 632nm Laser CW (Wavelength HeNe) is a high-quality laser suitable for various applications that require a stable, coherent, and monochromatic beam. However, its low power output may limit its use in certain applications, and its higher cost and maintenance requirements should be considered.
Recommendation:If you need a laser for applications such as spectroscopy, holography, alignment, or low-power scientific research, this HeNe laser could be a good choice. However, if you require a laser for material processing or high-power applications, you might want to consider a different type of laser with higher power output. Always ensure to use any laser safely and in accordance with the manufacturer's guidelines.
Type hene laser measured output approx. The tube is about 12 long by in diameter. Unpacked dims 18 x 5 x pounds.
The unit does power on and looks like it has about a 3mm beam diameter or smaller.
There are various cosmetic scrapes and marks to the outside cover. No software, power cords, or other accessories are included unless stated above.
12 tube diameter approx input voltage 115 vac includes key and safety lock plug note power meter pictured not included this is a vintage hene laser from Cw Radiation inc. The unit appears to be in good physical condition.
The unpacked weight of this item is 8 pounds. All offered products are sold as advertised, as is and without warranty.
To Cw Radiation inc.
I measured the power out to be above 5mw which is fairly high for a laser this age.
I did not do any further testing other than to power it on. The laser is self contained and plugs into the wall.
Vintage hene red laser 632nm wave length details Cw Radiation inc. 5 weave length 632 nanotube length approx.