Used TA LIANG TECHNOLOGY DG6BQ #9404440 for sale

TA LIANG TECHNOLOGY DG6BQ is an advanced laser technology designed for long-term use in research, industrial and medical applications. The laser utilizes a highly efficient and low energy consuming diode-pumped, solid-state technology, allowing for the production of high levels of power, versatility and temperature stability in comparison to conventional laser sources. The integrated optical assembly of DG6BQ combines a long-lifetime pump diode with a robust Q-switched single-mode laser to deliver a pulse output of up to 600 mJ at 1064 nm. This high-power laser is optimized to provide an improved spatial quality over traditional state-of-the-art sources, while consuming only a fraction of the power. In addition to its advanced optical features, TA LIANG TECHNOLOGY DG6BQ is also equipped with superior thermal management capabilities that significantly reduce device downtime and ensure continuous functionality. The integrated cooling system works efficiently across the entire operational range, scaling up to 400 watts without the need for additional components or external cooling systems. The pulse duration for DG6BQ is also optimized for stable operation in high-temperature environments. The laser can be triggered to reach energy densities of up to 6 J/cm2, providing high precision beam referencing and efficient surface scanning. Producing a pulsed laser output, this technology can provide accurate spot sizes over a wide range of power levels. The diode-pumped laser source is easily integrated into a variety of commercial or laboratory systems. The overall system offers an exceptional combination of durability and efficiency from the laser, power supply and system controls, allowing users to customize their machine to applications with specific requirements. As a result of its features, TA LIANG TECHNOLOGY DG6BQ is a reliable and cost-effective solution for a range of cutting-edge applications, including micromachining, materials processing, data storage, biomedical research, and semiconductor manufacturing.