Used L-TRIS M350 #9390294 for sale

L-TRIS M350 laser is an ultra-compact diode-pumped solid state laser, which offers the highest energy operation with up to 350 mJ of single pulse output energy at a repetition rate of up to 1 kHz. It is designed for ultrafast pulse characterization, scanning over an area and as a source for single shot experiments. M350 utilizes a Nd:YLF laser and produces femtosecond pulses that deliver superior beam focus and pulse duration for optimum quality in a range of applications. It features an incredibly compact design that is ideal for both laboratory and field use. L-TRIS M350 is based on an optimized optical cavity design that is capable of reaching pulse duration from 4 to 30 fs. It features a diode-pumped Nd:YLF laser crystal that emits at 527 nm with a pulse duration of <30 fs and a repetition rate of <1 kHz. The energy is distributed in the matrix of 5 mm faces with homogenous beam focusing. L-TRIS beam is designed to be tightly focused, delivering greater energy and precision to a small area with fewer errors or divergence. M350 is easy to use, and features automatic flashlamp exchange, an automated shut-off in case of overload, and a Flow Innovations™ 600 W air-cooled power supply. It also has the power to be externally triggered with the optional FLASHTRIGGER module. The control system of L-TRIS M350 offers an easy-to-use, intuitive graphical user interface for pulse control and energy monitoring. Other features like the pulse duration motorized/electronic shutter give full control of laser beams and allows the user to set the pulse duration to match specific application parameters. For applications requiring high-precision alignment of the beam, M350 includes a precision motorized XYZ beam expander that is adjustable to ideal focusing conditions. Overall, L-TRIS M350 is a powerful, compact, and user-friendly laser. It provides the highest pulse energy in its class and allows for optimal beam focus with a high degree of precision. It is an ideal tool for a wide range of applications where ultrafast pulse characterization, scanning, and single shot experiments are needed.