Used EO TECHNICS SFL 263 #9286354 for sale

EO TECHNICS SFL 263 is an Nd-YAG solid-state laser designed for industrial and scientific Laser applications. This particular model has a wavelength of 1064 nm with an average power range of 26-140 Watts and peak power up to 263 Watts. SFL 263 is designed with an air-cooled, metal-ceramic housing for heat dissipation. The laser rod is mounted on a sealed and temperature-controlled stainless steel platform for a stable beam output. EO TECHNICS SFL 263 also features a reliable and durable Q-switched and adjustable repetition rate up to 500 kHz and a pulse width of < 1ns (+/- 20%). The power output is measured by the integrated digital focusing and metering equipment that allows the user to adjust the laser's focus for optimal results with minimal beam distortion. The control system is user-friendly and highly customizable, making SFL 263 a powerful and versatile tool for a variety of laser applications. The unit also comes with an integrated visual feedback machine to ensure a consistent and accurate alignment of the laser beam with the surface you intend to work on. It has a built-in telemetry tool that records and displays the parameters of the laser process in real time. This makes it easy to monitor and adjust the laser to ensure maximum productivity. In addition, this model has a built-in safety feature that ensures the laser will not damage any persons, equipment, or materials in the vicinity of the laser. The internal temperature sensors are also equipped with self-diagnosis and over-temperature control capability for reliable operation. EO TECHNICS SFL 263 is a reliable and durable laser for industrial and laboratory applications. Its high power peak output and adjustable repetition rate make it ideal for any job. The built-in visual feedback asset, telemetry model, and temperature control features make it a safe and efficient way to complete the job. With its user-friendly control equipment and adjustable focusing system, SFL 263 is the perfect choice for a variety of laser applications.