Used CHRIST Epsilon 2-4 LSC Plus Eco #293654509 for sale

CHRIST Epsilon 2-4 LSC Plus eco is a photoresist systems offering high-end performance, excellent flexibility and dependability. The equipment is based on a multi frequency laser source, delivering high-contrast images and a wide wavelenght range (ranging from 395 to 560 nanometers). The system also includes an autosteering unit allowing the beam to be precisely directed over the substrate and an advanced temperature control machine ensuring uniform heating throughout the photoresist tool. The asset's features include a multi-frequency laser light source, allowing it to achieve high resolution imaging, as well as continuous exposure over a wide range of wavelengths. The mechanism that comes with the unit consists of a motorized stage and a digital controller to access the stored images. Its ability to process both liquid and gel-based photoresists provides a distinct advantage over the competition. The model is equipped with a powerful 10-bit exposure algorithm and a low optics equipment to eliminate diffraction. The optics support power up to 420 W for Neodymium-YAG and 50 W for YaraFiber, with a pulse width of up to 2 us. It enables up to 4 arrayed masking elements on an adjustable thickness substrates for fine-tuned control of patterning accuracy. The system's high-speed data acquisition path allows for rapid exposure times down to the sub—millisecond range. Epsilon 2-4 LSC Plus eco is compatible with multiple photoresist types, and can be used safely on substrates including glass, copper and organic materials. The unit also includes a pre-baking station with up to 3 temperature zones to eliminate any residual moisture in the substrate prior to exposure. With a net-working capability and a modular platform, the machine's multiple control systems ensures that data can be shared quickly across its networked sub-systems. CHRIST Epsilon 2-4 LSC Plus eco is able to achieve high resolution imaging, high contrast images and fast exposure times, allowing it to produce devices with a high degree of detail and accuracy. Its high throughput and rapid process times makes it a desirable tool for many types of businesses and industries. Thanks to its power efficient design, the asset also reduces the amount of energy required for high-end production.