Used MIKROMAT 20V-5D #9068070 for sale

MIKROMAT 20V-5D is a photoresist equipment, designed for high precision micro optics patterning in photovoltaic and optoelectronic industries. It is capable of producing a variety of different shapes and patterns on various substrates, including silicon, glass, quartz and amorphous materials. The system consists of two main components: the photomask and the resist processing chamber. The photomask is a metal plate, equipped with a grid of photoresist, using an advanced CMOS fabrication process technique. The photomask can be customised according to the user's requirements, with various patterns and sizes available. The patterns on the mask act as windows, which allow light to pass through in order to transfer the desired pattern onto the substrate. The resist processing chamber is a heated chamber, equipped with specialised heating elements and a vacuum unit. The chamber is designed to keep the photoresist in a liquid state during processing, in order to facilitate the photoresist pattern transfer from the photomask onto the substrate. The machine also includes various safety mechanisms, designed to prevent the exposure of user or equipment to hazardous materials. The photoresist used in 20V-5D is an organic-based material, suitable for the characterization of a wide range of patterns, including small features and high aspect ratios. The tool is also capable to produce patterns with a resolution of up to 5 microns, ensuring a high level of accuracy. The photoresist asset also comes with Computer graphics software, developed specifically for MIKROMAT systems, which allow users to easily design intricate structures and patterns for optical, photovoltaic and optoelectronic applications. The software includes real-time design previews and image manipulation tools, allowing users to fine-tune and preview their designs before they are processed in the resist chamber. MIKROMAT 20V-5D is a reliable and versatile photoresist model, equipped with a wide range of features and tools that allow users to obtain extremely precise patterns with extremely tight tolerances. The equipment is easy to use, cost-effective and can be operated at high throughput, making it ideal for various industrial applications.