Used ESI 4210 #9009828 for sale

ESI 4210 is a high performance, continuous wave (CW) laser designed for telecommunications and optical sensing applications. It features a high output power of up to 10W as well as an excellent beam profile and long-term stability. 4210 offers superior performance and reliable operation for high-power implementations. The laser is powered by an advanced optical injection loop, which provides superior control and stabilization of the output power. This reduces power fluctuations and maintains high performance even when driving large systems with multiple output stages. The laser also includes a built-in temperature control system for optimal performance in all environmental conditions. ESI 4210 is designed with a wavelength range of 1530 to 1570 nm, with a pulse repetition rate of up to 25 Hz. It features a fast and highly precise wavelength control circuit that allows for rapid tuning of the output wavelength. This allows for accurate application of the laser in many important applications such as medical and industrial imaging, telecom networks and aerospace analysis. The laser performs well in high-temperature and high-humidity environments, with its low noise levels and low intrinsic linewidths. This makes it ideal for use in precision laser applications and enables high power transmission with minimal optical distortion. 4210 is designed with a rugged mechanical and optical assembly, ensuring reliable operation over long periods of time. The compact design supports installation in tight spaces while its utilisation of fibre-optic components improve system reliability. The laser also includes a variety of advanced safety features to further protect users from unnecessary harm. This includes an automatically self-locking interlock system and an emergency shut-off capability. With its exceptional performance and high reliability, ESI 4210 laser is suitable for a wide variety of applications. Its powerful output and wide tuning range make it an ideal choice for medical imaging systems, industrial sensing, and aerospace, defence and telecom networks. It is also an ideal choice for single chip lasers, as well as for multi-channel lasers for applications such as spectroscopy.