Used LASER PHOTONICS Quantum Torus #161524 for sale

LASER PHOTONICS Quantum Torus is a diode-pumped solid-state (DPSS) laser. It is powered by multiple-diode laser modules, which enable it to produce light at very high power levels, while maintaining excellent beam quality. Quantum Torus is a reliable and efficient laser that can be used in a variety of applications. The laser utilizes a design that utilizes multiple quantum wells in order to increase the output of the laser. This is done by having the quantum wells each store and combine light to create a higher power output. This is done by using a patented intra-cavity coating and multiple waveguides. This allows for a higher power output than other laser configurations, while using a smaller number of components. LASER PHOTONICS Quantum Torus uses an active wavefront control system in order to produce a high-quality output beam. This allows for a longer working lifetime, a smaller focus spot size, and improved beam stability. This system also allows for near diffraction-limited beam quality and very low power consumption. The laser is powered by a variable magnetic field, and features a low resonance frequency. This low frequency helps to reduce the thermal folding stress, which helps to extend the working lifetime of the laser. Quantum Torus also contains a high-sensitivity thermistor in order to ensure accurate temperature control. LASER PHOTONICS Quantum Torus is capable of producing up to 60 watts of power and has a longer working lifetime than most other lasers. Additionally, Quantum Torus is able to maintain very high beam quality and a small spot size, making it ideal for applications where extreme precision is necessary. Overall, LASER PHOTONICS Quantum Torus is a powerful and reliable laser that can be used in a variety of applications. It is capable of producing high power levels while maintaining excellent beam quality, and features a low resonance frequency which helps to improve its working lifetime. It also has a high-sensitivity thermistor for precise temperature control, making it a popular choice for applications where precision is key.