MidOpt is a global leader in machine vision filters and optical solutions, headquartered in Illinois. With over 30 years of experience in optical design, fabrication, and inspection, MidOpt has established itself as a trusted name in the industry. The company is renowned for producing filters that ensure impeccable control, dependable results, and superior image quality. MidOpt filters are engineered to withstand even the harshest environments, providing durability and optimal performance in industrial settings. They utilize a Gaussian transmission curve, which allows for maximum light transmission, emulates the output of common LED wavelengths, and offers less angular dependence compared to traditional filters.
MidOpt’s extensive range of filters available on the OEM Automatic website includes solutions tailored to various industries such as machine vision, security, license plate recognition, medical life sciences, and more. These filters are available in numerous types, including bandpass, dual bandpass, neutral density, and polarizing filters, making them ideal for applications like automated inspection, motion analysis, and photography. With a focus on precision and reliability, MidOpt filters help achieve clear, high-quality images in complex imaging systems, contributing to improved process efficiency and system performance.
OEM Automatic is an authorised distributer of Midwest Optical Systems' various filters.
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Midwest Optical Systems (MidOpt) offers a wide range of high-quality optical filters designed to enhance image clarity and performance in industrial and scientific applications. Their filters, including bandpass, dual bandpass, longpass, shortpass, polarizing, neutral density, protective, and light balancing filters, are designed to block unwanted ambient light and allow only desired wavelengths to pass through, optimising contrast and resolution. These filters are ideal for applications like fluorescence microscopy and machine vision, with options available in various optical densities, sizes, and threading configurations.