REO HeNe Series, HeNe Laser Systems

HeNe Laser Systems are complete and functional laser technology setups that consist of all the necessary components to generate and utilize laser light for a wide range of applications. At the heart of a HeNe Laser System is the laser head itself, which contains a gas mixture of helium and neon. This gas mixture is carefully balanced and enclosed within a sealed tube. When excited by an electrical discharge, the gas emits coherent and monochromatic laser light at a specific wavelength. To facilitate the electrical excitation, a power supply is an essential component of the HeNe Laser System. The power supply converts the incoming electrical energy from a power source into the required voltage and current levels to drive the laser head. It ensures stable and consistent power delivery, enabling the laser to operate efficiently and reliably. In addition to the laser head and power supply, HeNe Laser Systems may include other components depending on the specific application. These can include optics such as mirrors, lenses, and beam expanders, which help manipulate and shape the laser beam. Beam delivery systems like fiber optic cables or optical fibers may be used to guide the laser light to the desired location. Furthermore, control systems and interfaces are often integrated into HeNe Laser Systems to enable user-friendly operation and adjustment of laser parameters such as power output or beam alignment. Safety features, such as interlock switches and protective enclosures, ensure the safe operation of the laser system and protect users from potential hazards. Overall, HeNe Laser Systems are complete laser setups that comprise the necessary components for generating and utilizing laser light. These systems include the laser head, power supply, optics, beam delivery systems, control interfaces, and safety features. They are designed to meet the requirements of various applications, ranging from scientific research and industrial processes to educational demonstrations and medical technologies.