Used ULTRA OPTICS Mini II #293623344 for sale

ULTRA OPTICS Mini II is a photoresist equipment from ULTRA OPTICS family of high-precision imaging and patterning products. The smallest of the photoresist systems, Mini II is ideal for applications requiring small area imaging that needs to deliver high resolution, repeatable results. ULTRA OPTICS Mini II is robust and cost-effective and can be quickly calibrated for different applications. Mini II features a detachable lens for easy changing and a shadowless heating system for uniform heating distribution. This is a great feature for applications needing uniform exposure. It is also compatible with a variety of materials, including polyimide and polystyrene. The lens is a low magnification optic with an NA (Numerical Aperture) of 0.35, which is ideal for applications with small area imaging that requires finer resolution. The adjustable slit gives you the option of controlling the beam size and shape, allowing you to tailor the exposure to the required solution. The adjustable stage also enables precise alignment of the substrate and the beam. The other unique feature of ULTRA OPTICS Mini II is its tunable laser diode. This allows the user to programme the unit to precisely match their application. It also has a built-in shutter machine for controlling exposure by cutting off the laser when not needed. A simple step-by-step guide is included for easy programming. Mini II uses an advanced imaging software to provide a library of vector objects for an unmatched level of accuracy. It also features auto-exposure features, so the user does not have to be an expert at operating the tool. ULTRA OPTICS Mini II makes it easy to set up and troubleshoot applications without the need for a technician. It also comes pre-loaded with a software library and includes a step-by-step guide for automatic setup and calibration. Finally, the asset is highly portable and can be used with multiple substrates and materials. Mini II is an excellent product for small area imaging, delivering high-performance results with cost-effectiveness and efficient use of resources. It has great features that make it ideal for applications demanding high-resolution and repeatable results.