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3DCure®
Multi-Dimensional Measurement System


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3DCURE™ Sensors:
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Multiple measurement points - up to 32 sensors!
- Small, low profile Sensor with cosine response, each calibrated and
serialized.
- Individual Sensors are single band and are available in any of EIT's four standard (UVA, UVB, UVC or
UVV) bandwidths. The sensors can be combined in any combination of bandwidths to meet the measurement needs of your UV source(s) and process.
- Sensors are easily attached on either a permanent or a temporary basis.
- Flexible daisy-chained quick connector system allows the Sensors to be placed exactly where they are
needed without creating an octopus maze of cables.
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An LED on each Sensor can be toggled via software to easily identify its location on the work
piece.
Data Collection Module (DCM) / EIT Cure3D Software:
- The Data Collection Module (DCM) is small (4.5"L x 2.75"W x 0.8"H; 11.43 x 7.0 x 2.03cm), durable,
portable; uses rechargeable batteries that provide power to the Sensors.
- The DCM attaches to the daisy-chained (multidrop) Sensors and travels through the
process.
- The DCM stores the collected data from up to 32 sensors and transfers s digital data file to a computer
via EIT Cure3D software.
- The Cure3D software displays the energy density (joules/cm2) and irradiance (watts/cm2) values, plus other pertinent information in table format from each Sensor in the
chain.
- The data can be easily exported into a spreadsheet program such as Excel® to allow
analysis and sharing of the data. ActiveX® controls are available to allow end users to manipulate the data in their particular
format.
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The DCM with the attached Sensors can also be used in a tethered mode to a computer for instantaneous
readings and feedback for immediate adjustment of UV lamps.
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UV PowerMAP measures peak irradiance and total energy
density in four spectral regions: UVA, UVB, UVC, and UVV
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UV MAP Plus measures the peak irradiance and total energy density for any one channel
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Collection and storage of up to 1 million data points for accurate UV and temperature mapping in your system
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Collected data displayed in graphical and tabular forms in the PowerView software package
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Ultra-fast, user-adjustable sampling rate - up to 2048 samples/second - ensures high resolution even at high speeds
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MicroCure®
Miniature UV Radiometer


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Microprocessor-based, battery-powered miniature UV radiometer
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Small Size: 1.3"L x 1.0"W x 0.25"T (33.0mm x 25.4mm x 6.4mm)
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Designed to measure UV dose in web printing, container curing, any tight access UV curing
application
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Fast sample rate - 2000 per second
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UviCure® Plus II and UV Power
Puck® II
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Curing applications of inks, adhesives, solder masks, and epoxies (not for use in web press
applications)
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Measure lamp performance
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Compares the efficiencies of different UV curing systems
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Compare any current reading to chosen baseline reference to compare your system over time
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Establish UV level for proper curing
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UviRad®
Low Energy UV Integrating Radiometer
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Used in plate exposure or "burning-in" of screens
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Incorporates one UV spectral response range
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Displays readout of total UV energy density in milliJoules/cm2
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Provides convenient way to measure the total UV energy striking a workpiece
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Identifies "cold" and "hot" spots to enhance even exposure
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Rounded edges allows placement under the vacuum frame
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UV Power Puck Flash
UV Radiometer for Measurement of Pulsed UV Light
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Spotcure
UV Intensity Meter

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Palm Probe
Production Ambient Light Measurement Radiometer

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Measure UV system performance particularly in applications where measurement space is limited or
it is difficult to establish.
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Establish, document and maintain UV process windows.
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Measures UV irradiance up to 10 Watts/cm2
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Wide dynamic range (100,000:1) allows multiple uses from production curing (high irradiance) to stray hazard (low irradiance) applications.
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Single hand operation.
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Meet ISO, quality and customer requirements for SPC/SQC.
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Uvimap
UV Intensity and Temperature Measuring/Plotting System
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©2009 Blaze Technology Pte Ltd, Specifications subject to change without notice. |
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