Used ESI 4420 #9249522 for sale

ESI 4420 is a robust yet compact laser equipment designed for industrial laser marking applications. It is a solid-state laser that produces a short pulsed laser beam with high energy for precision marking. It is capable of a wide range of marking functions across a variety of substrates. This laser system comprises of a 30-Watt pulse laser generator, a laser head, controller, beam delivery unit, and a mounting bracket. The laser generator is a temperature-controlled device and produces short, high-energy laser pulses. The laser head provides the beam focus while ESI controller configures the laser parameters such as pulse duration, repetition rate, spot size, and energy for precise mark formation. It also monitors the laser performance and commands the shut-off in case of any malfunction. 4420 laser machine is capable of marking materials such as stainless steel, aluminum, chrome, titanium, brass, and other metals. It is widely used for product traceability, data matrix codes, engraving, and serialization of components. It can also be used for logo marking, decoration, engineering labels, and product branding. Unlike other laser systems, ESI 4420 laser tool is user-friendly and can be employed with minimal operator training. It comes with a programming asset for easy setup of user-defined parameters for reliable marking results. It can be connected to a computer and regulated with external software such as Flashmark. The PC can be used to change parameters remotely, execute programming procedures, and store marks, job settings, and image files. It also features an interactive touchscreen display with model alarms and operator message guides for added convenience. Overall, 4420 is a robust, dependable, and easy-to-use laser equipment for industrial marking applications. Its high-energy laser pulses make it perfect for traceability, data matrix codes, branding, and engraving in metal parts. It combines reliable results with convenience and ease-of-use, ensuring production line efficiency and improving operational accuracy.