Used TA LIANG TECHNOLOGY DG6BQ #9404443 for sale

TA LIANG TECHNOLOGY DG6BQ is an impressive laser that utilizes various technologies to produce a powerful, focused beam. This laser has been designed with precision and is known for its high performance and reliable operation. DG6BQ is a single-wavelength, diode-pumped, Q-switched laser operating primarily in the green spectral region. The laser's active medium is a neodymium-doped YAG (Nd:YAG) crystal that oscillates at a frequency of 532 nanometers (nm). The laser equipment consists of a solid state laser gain medium, a Q-switched solid-state excitation light source, an optical resonator, and a control system. The solid-state laser gain medium is pumped by the Q-switched laser light source. This excitation light contains an ultraviolet frequency of 355 nanometers (nm), which excites the Nd:YAG crystal and produces a green laser emission of 532nm. An optical resonator containing a partially reflective mirror and an output coupler is used to create the beam that is then emitted. The control unit is used to adjust the laser's parameters, such as frequency, pulse width, and energy level. The laser delivers a high peak output power reaching up to 60 milliwatts (mW) and a pulse width of 6 nanoseconds (ns). It has excellent beam quality (M²) with a divergence of 0.6 mrad (milliradians), and fast pulses with high peak power. The laser beam typically has a divergence angle of +/- 0.1 mrad, resulting in a sharper and more focused beam. TA LIANG TECHNOLOGY DG6BQ provides an excellent output power stability and fast pulse repetition rate ranging from 1kHz to 100kHz. The laser has been built with an integrated temperature controller thermal machine which assists in maintaining a stable temperature inside the laser cavity. This is important to ensure that high quality laser pulses are delivered with minimal noise and drift. The temperature control tool also guarantees a long lifetime of the device and its components. DG6BQ is widely used in industrial, scientific and medical applications such as laser displays, laser marking, and laser micro-machining. It can also be used in industries such as virtual reality, aerospace, and automotive. This laser is an excellent choice for any application that needs a precise, focused beam of light with high power, flexibility and stability.