Used KARL SUSS / MICROTEC MA 56 #123196 for sale

KARL SUSS / MICROTEC MA 56 mask aligner is a high-precision automatic photolithography equipment used for the creation of electronic and micro-fabrication based components. It is widely used for the production of various components and materials such as integrated circuits (ICs), thin-film transistors, photovoltaics and microfluidics. The basic structure of the system consists of several components, including an optical source, a mask holder, a wafer holder, a motion control unit and a microstepping motor drive unit. The optical source uses a high-intensity low-wavelength light beam which provides the necessary resolution and image quality for the fabrication process. The mask holder is placed on a special stage and is able to hold various masks with a wide range of sizes. It also includes a mask position controller for fine-tuning the masks. The wafer holder is used to hold the wafer and provide a stable platform for alignment, registration and exposure. The motion control machine is responsible for controlling the speed and accuracy of the alignment and exposure processes. The microstepping motor drive unit provides the necessary control signals for the mask alignment process. MICROTEC MA56 provides a number of features to enable precise alignments and exposure times. It has adjustable intensity and field parameters, which allow for high precision alignment, exposure and mask movements. It also has a wafer-recognition tool to ensure accurate exposure times and compensations, making sure alignment errors are minimized. Additionally, the asset has an error detection model that can detect any errors occurring during the alignment process. KARL SUSS MA-56 is an ideal choice for the production of complex microelectronic components due to its high accuracy, reliability and user-friendliness. It is used in a wide range of industries, such as semiconductors, optoelectronics, microfluidics, medical and chemical engineering, among others. KARL SUSS MA 56 is a must-have for any microfabrication based applications, providing high-precision components in a cost-effective manner.