MidOpt Videos

MidOpt® Polarizers designed for Industrial Imaging are crafted to minimize specular glare by allowing only light polarized perpendicular to the reflected glare to pass through. They also enhance contrast, boost color saturation, and reveal imperfections in transparent materials.

MidOpt® Polarizing Filters can be effortlessly and securely attached to your lens and light source, ensuring optimal glare reduction and extinction.

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Protective Filters are designed to shield your lens and lighting from dirt, dust, liquids, impact and harsh environments without sacrificing image quality.

• Economical solution to protect expensive lenses
• Useful for imaging in ultraviolet (UV), visible (VIS) and near-infrared (NIR) spectrums
• Available with a high-efficiency, anti-reflection coating to maximize transmission to 98% or more
• Offered in both glass and acrylic
• Exceptional surface quality; 40/20 scratch/dig

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Often thought of as “IR-cut” filters, Shortpass Filters are specifically designed to pass a broad spectrum of shorter wavelength light, while blocking longer visible (VIS) and near-infrared (NIR) wavelengths.

These filters are designed to have a sharp transition between shorter wavelengths (which are passed) and longer wavelengths (which are blocked). They also have a peak transmission ≥90%*

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Often referred to as a “sharp-cut” filter, Longpass Filters are specifically designed to pass a broad spectrum of longer wavelength light while blocking shorter wavelengths. They are an economical solution for isolating specific spectral regions and have a peak transmission ≥90%, and are also StablEDGE® designed to reduce angular dependency and minimizes short-shifting effects.

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The 'must-have' tool for every industrial imaging specialist.

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MidOpt® Bandpass Filters are specially designed for industrial imaging. They are available in UV, VIS and NIR passbands and provide exceptional results in achieving optimal contrast. These filters also help improve system control, repeatability and stability and are highly effective at blocking interfering wavelengths, eliminating the need for shrouds.

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