Used ESI 4300 #9076616 for sale

ESI 4300
Manufacturer
ESI
Model
4300
ID: 9076616
Lot of spare parts: 79486 Laser Rail, Diode Pumped YAG, 6W Rail 81728 DP Powersupply Complete Unit 971885 X-Motor, Assy S&R M4300 with Encoder Assy 71887 Y-Motor, Assy S&R Assy 71886 MOTOR ASSY, PROBER ENCODER Assy 67034 Matrix Module IV, P/N 67034 1 PCB 59824 Converter Module II PCB 67386 Resistance Board CKA. 55126 Voltage Board (Old Style) PCB 55129 Standards Module CKA.
ESI 4300 is an ultrafast laser from ESI based on a Ti:Sapphire platform. It is a highly reliable, air-cooled laser with several unique features uncommon to most ultrafast lasers. Its exceptionally low pump noise and incredibly low signal jitter make it a great choice for high-precision measurements, such as sub-picosecond scanning, coherent imaging, super-resolution microscopy, and precise instrument timing. 4300 is designed with a variety of pulse energy levels ranging from 1nJ to 15mJ. It has a repetition rate of up to 50MHz, making it ideal for applications requiring high-speed trigger synchronization. Its robust stability allows pulsing precision over a wide range of repetition rates. It also has a wide range of pulse duration options, from the nanosecond to the femtosecond range. This laser features a high-power multi-wavelength pump laser and subsequently pumps the Ti:Sapphire gain crystal with up to 40mJ of energy, providing a maximum pulse energy of up to 15mJ. This makes it capable of producing over 100 Ω cm² of intensity. The smooth and homogeneous beam profile of ESI 4300 makes it well suited for industrial applications such as materials processing, marking, and cutting. 4300 is equipped with an intuitive software user-interface that simplifies set-up and operation. It is configured with an automated alignment system, vacuum chamber shutters, and other innovative features. Additionally, the robust and reliable feedback system of this laser provides ultra-stable control for constant output power. Overall, ESI 4300 is an exceptionally powerful, reliable, and efficient ultrafast laser. It provides a wide range of pulse duration and energy levels, as well as an intuitive user-interface and innovative software features, making it an excellent choice for industrial, scientific, and research applications.
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