EIT’s MicroCure® measurement system is comprised of two separate stand-alone items; the data collection radiometer which is placed in the ultraviolet (UV) ![]()
environment to be measured, and a DataReader which reads and displays the measurement results from the radiometer.
The UV integrating radiometer is a microprocessor-based, electro-optical instrument that measures and accumulates the total UV energy that is applied to the measurement surface of the instrument. The MicroCure® radiometer measures the total amount of UV energy that would be impinged on a work piece passing through the curing system and the peak UV irradiance. The radiometer combines very small physical size and adaptability to address a variety of demanding physical and thermal measurement environments.
Features
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Small Size: 1.3” x 0.95” x 0.25”
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Lightweight: 0.33 ounces
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Measures total energy density in Joules/cm²
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Measures peak power density in Watts/cm²
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Battery powered
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High sample rate: 2000 Samples per second
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Automatic operation
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High temperature resistance
 
Applications
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UV systems requiring small size and automatic operation
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Small container curing (bottles, cans, etc.)
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Three-dimensional objects
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Web printing
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Very small conveyorized and batch applications (semiconductor printing, small part bonders, etc.)
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Statistical Process Control measurements
 
MicroCure Technical Specifications
EIT’s MicroCure® measurement system is comprised of two separate stand-alone items; the data collection radiometer which is placed in the ultraviolet (UV) environment to be measured, and a DataReader which reads and displays the measurement results from the radiometer.
The UV integrating radiometer is a microprocessor-based, electro-optical instrument that measures and accumulates the total UV energy that is applied to the measurement surface of the instrument. The MicroCure® radiometer measures the total amount of UV energy that would be impinged on a work piece passing through the curing system and the peak UV irradiance. The radiometer combines very small physical size and adaptability to address a variety of demanding physical and thermal measurement environments.