Midwest Optical Systems, Inc.

322 Woodwark Lane
60067 Palatine
US

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Midopt is a manufacturer of custom precision optical components and systems since 1988, Midwest Optical Systems is recognized as a leading resource for machine vision filters, lenses and accessories used for industrial imaging. MidOpt has an extensive history in optical component design, fabrication and inspection, and continues to develop innovative new products for industrial imaging that are not found elsewhere. Midopt is involved in the design and manufacture of optical components used by a diverse variety of industries worldwide.

Article

Protective Windows: Finding a Germanium Alternative for LWIR Imaging

Protective Windows: Finding a Germanium Alternative for LWIR Imaging

In this interview, Mike Giznik, President of Midopt, explains why Silwir is a good choice for applications such as industrial inspection, defense, and autonomous systems.

Protective Windows for LWIR Imaging

Protective Windows for LWIR Imaging

Silwir Silicon Protective Windows from Midwest Optical Systems (Midopt) are a cost-effective and readily available solution – compared to germanium – for Long-Wave Infrared (LWIR) thermal imaging from 8 to 12µm

Rauscher Now also Offers Filters from Midopt

Rauscher Now also Offers Filters from Midopt

Imaging distributor adds Midwest Optical Systems (Midopt) filters and optical solutions to its portfolio.

Bandpass Filters Excel in UV Fluorescence Applications

Bandpass Filters Excel in UV Fluorescence Applications

Railroad ties are mainly made of wood. In the production process ­fluorescent paint helps to determine the wood’s sap side orientation. A combination of red and green bandpass filters from MidOpt ensures that there is ­sufficient contrast between the fluorescent paint marker and the steel plates that are used to strengthen the wood.

Midwest Optical Systems: Protective Windows Silwir

Midwest Optical Systems: Protective Windows Silwir

Midopt Silwir is a series of high-performance protective windows for thermal imaging systems in the long-wave infrared range (LWIR, 8–12 µm).