Measurement & Monitoring Archives - Page 2 of 4

LEDCure™

For manufacturers and industry professionals utilizing UV LED curing systems, accuracy, consistency, and reliability in measurement are not just beneficial – they are critical for maintaining product quality, optimizing processes, and reducing waste. The EIT LEDCure family of UV radiometers offers a robust solution, engineered specifically for the demands of industrial UV LED applications. The EIT LEDCure: A Standard of Excellence in UV Measurement The EIT LEDCure is a highly portable and accurate radiometer designed to measure UV output from industrial UV LED systems. It provides essential data, including irradiance (W/cm2), energy density (J/cm2), and an irradiance profile. Its compact design and user-friendly operation make it a practical choice for various environments. The Power of Patented TMOR™ Technology What sets the EIT LEDCure apart is its patented Total Measured Optical Response (TMOR™) technology. This innovative design ensures absolute energy measurements with a level of accuracy and repeatability comparable to larger, more expensive laboratory-grade instruments. The TMOR™ in the LEDCure provides: Highly accurate readings run-to-run Highly repeatable results and unit-to-unit matching Absolute energy measurement, enabling easy unit-to-unit and source-to-source comparisons The optical components within the instrument are all included in each LEDCure L-Band response, and each L-Band response is nearly flat over its range, accurately capturing all emitted energy. Key Features of the LEDCure Standard Version The standard version of the EIT LEDCure is packed with features designed for operational efficiency and reliable data collection: Easy to Use: With single push-button operation, users can turn the unit on, collect and view data (irradiance and energy density), and observe the irradiance profile directly on the display. Single EIT LED (L)-Band: The instrument is specified at the time of order for a single L-Band, choosing from L-365, L-385, L-395, or L-405. Full Specification Operating Range: It operates within a range of 200 mW/cm2−40 W/cm2 and 0−250 J/cm2. User-Selectable Sample (Smooth) Modes: Users can adjust the effective sample rates between 25, 128, or 2048 equivalent samples/second, with 128 samples/second recommended for most applications. User-Replaceable Batteries: The unit uses two alkaline AAA cells, offering approximately 20 hours of battery life with the display on. Durable Housing: The LEDCure is built with aluminum and stainless steel, with dimensions of 4.60×0.50 inches (117 mm×12.7 mm). Demonstrating Performance: Accuracy, Resolution, Matching, and Repeatability The performance of the LEDCure has been rigorously tested, demonstrating its capability in real-world scenarios: Accuracy: Comparisons against a laboratory standard showed that LEDCure performance is virtually indistinguishable, with an average difference of 0.1% and a maximum difference of 2.4%. Resolution: For a 40 W unit, the LEDCure boasts a resolution of 3 mW/cm2 (0.0075%). Matching: When two production LEDCure radiometers were tested, their readings matched to within ±0.021% of standard deviation. Repeatability: Measurements across 22 runs demonstrated that the LEDCure can track small output changes in the LED run-to-run, with repeatability typically better than ±0.2%. Beyond Standard: The LEDCure Profiler Versions For more in-depth analysis and troubleshooting, EIT offers Single and Four Band Profiler versions of the LEDCure. These profiler versions enable the transfer of numerical data (irradiance, energy density) and the irradiance profile (Watts as a function of time) to EIT's UV PowerView Software® III Program. This expanded capability allows users to: Analyze…

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June 21, 2025

Measurement & Monitoring

LEDCure® Profiler & LEDCure® Profiler Four Band

For manufacturers and industry professionals relying on UV LED curing, precise and consistent measurement is paramount to product quality and process efficiency. This is where the EIT LEDCure Profiler and its accompanying UV PowerView Software III become indispensable tools. Designed for accuracy, versatility, and ease of use, these systems offer a comprehensive solution for optimizing your UV LED curing processes. Understanding the EIT LEDCure Profiler: Two Powerful Options The EIT LEDCure Profiler is available in two configurations, catering to diverse needs within production and laboratory environments. 1. The Display Option The Display Option provides immediate, on-site data directly on the instrument's screen. This is ideal for production lines where quick checks and ease of use are critical. You can see irradiance (W/cm2) and energy density (J/cm2) values, along with a low-resolution irradiance profile. The single-button operation further simplifies its use in a busy production setting. 2. The Profiler Option For in-depth analysis, research and development (R&D), field service, and troubleshooting, the Profiler Option truly shines. This option allows you to transfer comprehensive data, including the irradiance profile, to a computer. EIT's UV PowerView Software III then enables extensive analysis, comparison, and evaluation of various parameters. Unleashing the Potential with EIT UV PowerView Software III The EIT UV PowerView Software III is the analytical powerhouse that complements the LEDCure Profiler, providing unparalleled insights into your UV LED curing processes. Key functionalities of the software include: Detailed Data Analysis: Beyond basic readings, the software allows for a thorough examination of numerical values (irradiance, energy density) and the irradiance profile (Watts as a function of time). This data is captured at an effective sample rate of 128 Hz, ensuring high-resolution insights. Characterization and Comparison: With UV PowerView Software III, you can effectively characterize and compare: Different Sources and Cure Conditions: Understand how various LED sources and curing parameters impact your process. Multiple LED Arrays: Analyze the performance of individual sources within multi-array systems. Changes Over Time: Monitor trends in height and power levels of LED sources, as well as variations in process speed and exposure time. Proactive Maintenance and Quality Control: The software helps identify changes and potential maintenance issues before they negatively affect product quality. This proactive approach can save significant time and resources. Seamless Reporting: Easily transfer screenshots, profiles, and data tables into your reports and other programs. You can also export data directly into Excel for further manipulation. Compatibility: The software is based on National Instruments LabVIEW, supporting Windows 7 and 10, with collected data stored in LabVIEW-based *.tdms files. Introducing the LEDCure Profiler Four Band: Precision for Diverse Wavelengths For professionals routinely encountering different LED wavelengths (365, 385, 395, and 405 nm), the EIT LEDCure Profiler Four Band is an essential tool. Key features of the Four Band model include: Four EIT L-Bands in One Unit: This portable instrument incorporates all four EIT L-Bands (L-365, L-385, L-395, and L-405) with a dynamic range of 40 W/cm2. Accurate and Repeatable Measurements: Each L-Band features EIT's patented Total Measured Optical Response (TMOR™) for highly accurate, repeatable, and absolute UV LED measurements. Narrow L-Band Responses: The narrow L-Band, with a Full Width…

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June 21, 2025

Measurement & Monitoring

LEDCure® Profiler & LEDCure® Profiler Four Band

In today's competitive manufacturing landscape, the efficiency and reliability of UV LED curing processes are vital. For manufacturers and industry professionals, accurate measurement of UV LED sources is not just a best practice—it's a necessity for ensuring product quality and optimizing production. This is where the specialized UV measurement instruments from EIT 2.0, coupled with the dedicated support of authorized distributors like Blaze, provide an unparalleled advantage. EIT 2.0's LEDCure® Profiler: Tailored for UV LED Applications EIT 2.0 LLC, a leader in UV measurement since 1986, offers the LEDCure® Profiler and LEDCure® Profiler Four Band radiometers, specifically designed to meet the unique demands of UV LED curing. These instruments offer dual functionality: a display option for quick, at-a-glance readings in production environments, and a comprehensive profiler option for detailed analysis in lab, R&D, or field service settings. The LEDCure® Profiler series stands out with its ability to provide both irradiance (W/cm2) and energy density (J/cm2) values directly on the display, alongside a low-resolution irradiance profile. For in-depth analysis, the profiler function allows for data transfer to EIT's UV PowerView Software® III. Key benefits of the LEDCure® Profiler include: Easy-to-use single button operation: Streamlines data collection in busy production or lab environments. Versatile data display: Shows all critical values directly on the instrument's screen. Detailed profiling capabilities: Enables transfer of numerical values and irradiance profiles for further analysis. User-adjustable sample rates: Data can be viewed on the display at 25, 128, or 2048 Hz, with profiling data transferring at a fixed 128 Hz for optimal matching with the PowerView Software® III. LEDCure® Profiler Four Band: Comprehensive LED Wavelength Measurement For manufacturers, formulators, R&D labs, and field service technicians who routinely work with multiple LED wavelengths, the LEDCure® Profiler Four Band is an indispensable tool. This single portable unit integrates all four EIT L-Bands (L-365, L-385, L-395, and L-405), each with a dynamic range of 40 W/cm2. The Four Band model ensures accurate and repeatable UV LED measurements through EIT's patented Total Measured Optical Response (TMOR™), which incorporates all optics into the instrument's response. Each L-Band is narrow, with a Full Width Half Maximum (FWHM) response of 52 nm±2 nm , ensuring precise measurements in the specific band of interest. Calibration of each individual L-Band to its respective LED type (e.g., L-365 band calibrated to a 365 nm LED) further enhances accuracy. It's crucial for users to note that when using the LEDCure® Profiler Four Band, only the values from the EIT L-Band that matches the source type should be counted, rather than summing L-Band values to get a 'total LED energy'. Advanced Analysis with EIT UV PowerView Software® III Both LEDCure Profiler versions are designed to work seamlessly with EIT UV PowerView Software® III. This LabVIEW-based program facilitates comprehensive data analysis, comparison, and evaluation of various curing parameters. The software allows users to characterize different sources, cure conditions, and multiple LED arrays, helping to identify changes in LED lamp intensity, variations in process speed, and exposure time. With PowerView Software® III, professionals can: Download data via USB: Collected data is stored in LabVIEW-based *.tdms files, easily shared and exportable to…

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June 19, 2025

Measurement & Monitoring

UV PowerMAP® II

In the demanding world of manufacturing, precision and efficiency in UV curing processes are paramount. For industry professionals and manufacturers striving for optimal performance, understanding and accurately measuring UV light sources is crucial. EIT 2.0's Advanced UV Measurement Solutions EIT 2.0 LLC, building on a legacy of over four decades in electronic manufacturing services, has been at the forefront of UV measurement technology since 1986, with over 100,000 products sold worldwide. Their UV measurement products, including radiometers and online systems, are designed to accurately assess LED, broadband, and UV germicidal sources. Two of EIT 2.0's flagship profiling radiometers, the UV PowerMAP® II and the LEDMAP™, offer comprehensive insights into UV curing processes. These compact, one-piece instruments are 60% smaller than their predecessors and boast an increased memory capacity for extensive data gathering. UV PowerMAP® II: Mastering Broadband UV Sources The EIT UV PowerMAP® II is specifically engineered to measure UV broadband sources across four distinct EIT spectral regions: UVA, UVB, UVC, and UVV. This allows manufacturers to precisely evaluate the performance of their UV curing systems, whether they utilize focused or out-of-focus lamps, and monitor associated temperature profiles. Key features of the PowerMAP® II include: Four-band measurement: UVA (320-390nm), UVB (280-320nm), UVC (250-260nm), and UVV (395-445nm). Dynamic ranges: Offers both a 10 W/cm2 high range and a 100 mW/cm2 low range for versatile application. Irradiance and temperature profiling: Provides detailed data on irradiance (W/cm2), energy density (J/cm2), and temperature (∘C) as a function of time. LEDMAP™: Optimizing High-Speed LED Applications For manufacturers leveraging UV LED technology, the EIT LEDMAP™ is the ideal solution. It is designed for measuring LED sources in high-speed applications, featuring EIT's patented LED L-Bands. This instrument can capture numerous individual LED peaks over short intervals, providing critical data for processes such as those found in high-speed digital printers. The LEDMAP™ boasts: Targeted LED measurement: Available as single or four-band instruments specifically for UV LEDs. Patented EIT L-Bands: Including L365 (340-392 nm), L385 (360-412 nm), L395 (370-422 nm), and L405 (380-432 nm). High dynamic range: A 40 W/cm2 dynamic range supports a broad spectrum of LED applications. Unlocking Data with UV PowerView Software® III Both the PowerMAP® II and LEDMAP™ seamlessly integrate with EIT's UV PowerView Software® III. This National Instruments LabVIEW-based program is compatible with Windows 7-10 and is essential for detailed visual and numerical analysis of collected data. The software allows for easy data transfer via USB, storing information in the .tdms file format, which can be readily shared and exported to Excel. With UV PowerView Software® III, users can: Graph by file, displaying four UV bands and temperature. Analyze key metrics like power (mW/cm2) and energy (mJ/cm2) for both sample and reference files. Utilize cursor functions for precise data point analysis. Capture screenshots and add process notes for comprehensive record-keeping. Blaze: Your Authorized Partner for EIT 2.0 Solutions While EIT 2.0 designs and manufactures these cutting-edge products in the USA, partnering with an authorized distributor like Blaze is key for manufacturers and industry professionals looking to implement these solutions effectively. Blaze offers invaluable support by: Providing expert guidance: Helping you select the right EIT…

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June 19, 2025

Measurement & Monitoring / UV Germicidal Radiometers

UVKey g254 UV Radiometer | UV Intensity Measuring instrument

In an era where precision and effectiveness in germicidal applications are paramount, the EIT UVKEY™ g254 emerges as a critical tool for manufacturers and industry professionals. This advanced ultraviolet (UVC) radiometer is specifically optimized for 254 nm UV germicidal measurement, offering high control over UV energy (dose) measurements. What is the EIT UVKEY™ g254? The UVKEY™ g254 is a UVC radiometer designed to accurately measure UV energy dose, particularly in applications requiring stringent control. It is a product of EIT 2.0 LLC, a company that has been at the forefront of UV measurement products since 1986, with over 104,000 products sold worldwide. Made in the USA, the UVKEY™ g254 reflects EIT's long-standing expertise in engineering and electronic manufacturing services. Key Features and Benefits for Industry Professionals Accuracy and Reliability: The UVKEY™ g254 provides accurate, NIST traceable numerical display of the UV dose. Its repeatability is typically better than 0.5%, with a maximum of less than 1%. This level of precision is crucial for ensuring consistent and effective germicidal irradiation in various settings. Ease of Use: Designed for single-button operation, the UVKEY™ g254 is user-friendly, simplifying the measurement process. Its compact size minimizes shadowing and makes it easy to attach in diverse environments. Clear Data Interpretation: Unlike traditional methods that rely on color interpretation, the UVKEY™ g254 eliminates user variability and lot-to-lot variations often associated with radiochromic films by providing a direct numerical display. It displays energy values less than 1 Joule in mJ/cm² and values greater than 1 Joule in J/cm². Robust Design: With an IP67 sealed case, the UVKEY™ g254 is protected from dust and fluid splashes, making it suitable for demanding industrial and medical environments. Optimized Spectral Response: The device has a spectral response of 245-265 nm minimum, with excellent out-of-band blocking, ensuring it accurately measures the germicidal UVC spectrum. Versatile Applications: While specifically targeted for hospitals, medical offices, long-term care facilities, and research, its capabilities extend to any application requiring precise UVC dose monitoring. It can easily confirm numerical dose values in environments such as operating rooms and high-touch patient areas like bed rails. Practical Insights and Actionable Advice For manufacturers integrating UVC sterilization into their processes or professionals managing germicidal applications, the EIT UVKEY™ g254 offers actionable insights: Validation and Quality Control: Implement the UVKEY™ g254 as a standard tool for validating UVC system performance. Regular measurements ensure that your systems are delivering the intended germicidal dose, which is vital for product quality and safety compliance. Process Optimization: Utilize the precise dose measurements to fine-tune your UVC exposure times and distances, optimizing efficiency without compromising germicidal efficacy. This can lead to energy savings and extended lamp life. Regulatory Compliance: Maintain detailed records of UV dose measurements for auditing and regulatory compliance. The NIST traceability of the UVKEY™ g254's readings provides an authoritative basis for your documentation. Routine Maintenance and Calibration: Adhere to the recommended calibration validity period of 6 months or 500 Joules/cm² (maximum) to ensure continued accuracy. The device will display "CAL EXP" when recalibration is due, prompting timely action. Why Choose EIT UVKEY™…

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June 19, 2025

Measurement & Monitoring / UV Germicidal Radiometers

UV PowerMAP® II

EIT 2.0 PowerMAP® II & LEDMAP™ profiling radiometers provide in-depth UV/LED curing analysis. Capture irradiance profiles & spectral data for optimized process control and quality assurance. In today's advanced manufacturing environments, precision and control are paramount, especially when dealing with UV and LED curing processes. Achieving consistent and reliable results hinges on understanding the intricate dynamics of your curing system. That’s where the EIT 2.0 PowerMAP® II and LEDMAP™ Profiling Radiometers come in, offering unparalleled insight into your curing processes. Why Advanced Profiling is Essential for UV/LED Curing Traditional radiometers provide basic irradiance and energy density measurements. However, to truly optimize your curing process, you need to analyze the detailed irradiance profiles and spectral data. This advanced profiling allows you to: Optimize Cure Times: Ensure complete and consistent curing without overexposure or undercuring. Identify Lamp/LED Issues: Detect variations in output, spectral shifts, and potential failures. Troubleshoot Process Problems: Quickly pinpoint the root cause of curing inconsistencies. Improve Quality Control: Maintain consistent product quality and reduce defects. Validate Cure Parameters: Ensure compliance with industry standards and customer specifications. Optimize System Design: Fine-tune your curing system for maximum efficiency and performance. Introducing the EIT 2.0 PowerMAP® II & LEDMAP™ Profiling Radiometers: Unprecedented Insight These advanced profiling radiometers provide comprehensive data on irradiance, energy density, and spectral characteristics, empowering you to take complete control of your UV and LED curing processes. EIT 2.0 PowerMAP® II Features: Multi-Band Measurement: Measures irradiance and energy density across UVA, UVB, UVC, and UVV bands. Spectral Analysis: Provides detailed spectral data to understand the composition of your UV source. Irradiance Profiling: Captures irradiance profiles (Watts/cm² as a function of time). Temperature Monitoring: Includes two thermocouple inputs for real-time temperature data. Data Logging and Transfer: Stores data for analysis and transfers to a computer via USB. Adjustable Sample Rates: Allows for high-resolution data capture. Real-Time Data Display: Provides instant feedback on curing parameters. EIT 2.0 LEDMAP™ Features: LED-Specific Measurement: Designed to measure the narrow spectral output of LEDs. Patented LED L-Bands: Provides accurate measurements across specific LED wavelengths. High-Speed Digital Printer Output: Allows for real-time data visualization and analysis. Irradiance Profiling: Captures irradiance profiles (Watts/cm² as a function of time). Applications for the PowerMAP® II & LEDMAP™ Profiling Radiometers: Advanced R&D: Developing and optimizing new UV/LED curing processes. Laboratory Testing: Characterizing UV/LED sources and materials. Troubleshooting Complex Curing Issues: Identifying and resolving process problems. Quality Control and Validation: Ensuring consistent curing and compliance with standards. Process Optimization: Fine-tuning curing parameters for maximum efficiency. LED System Design: Optimizing LED curing systems for specific applications. Why Choose the PowerMAP® II & LEDMAP™ Profiling Radiometers? Unmatched Insight: Gain a comprehensive understanding of your UV/LED curing process. Advanced Analysis Capabilities: Capture and analyze detailed irradiance profiles and spectral data. Easy Data Transfer and Analysis: Transfer data to a computer for in-depth analysis and reporting. Robust and Reliable: Built to withstand demanding industrial environments. Take Your UV/LED Curing to the Next Level. Invest in the EIT 2.0 PowerMAP® II or LEDMAP™ Profiling Radiometers and…

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April 4, 2025

Measurement & Monitoring / UV Germicidal Radiometers

Power Puck® II Profiler / UviCure Plus® II Profiler

Get detailed UV curing insights with EIT 2.0 UviCure®/Power Puck® II Profilers. Capture irradiance profiles for optimized process control & quality assurance. In today's competitive manufacturing landscape, precision and data-driven decision-making are critical for success. When it comes to UV curing, simply measuring irradiance and energy might not be enough. To truly optimize your process and ensure consistent results, you need detailed profiling capabilities. Enter the EIT 2.0 UviCure® Plus II and UV Power Puck® II Profiler, advanced UV measurement solutions that provide in-depth irradiance profiles, empowering you to fine-tune your curing process like never before. Why Irradiance Profiling Matters for UV Curing Understanding the irradiance profile, or how UV intensity changes over time, is essential for: Optimizing Cure Times: Ensuring complete and consistent curing without overexposure. Identifying Lamp Issues: Detecting variations in lamp output and performance. Troubleshooting Process Problems: Quickly pinpointing the root cause of curing inconsistencies. Improving Quality Control: Maintaining consistent product quality and reducing defects. Validating Cure Parameters: Ensuring compliance with industry standards and customer specifications. Introducing the EIT 2.0 UviCure® Plus II & UV Power Puck® II Profiler: Advanced UV Analysis These profiler versions of the renowned EIT 2.0 radiometers provide all the standard measurement features, plus the ability to capture and analyze detailed irradiance profiles. Key Features and Benefits of the Profiler Options: Irradiance Profiling: Capture and analyze UV irradiance as a function of time. Data Transfer to Computer: Transfer profile data via USB for in-depth analysis and reporting. Adjustable Sample Rates: Choose between 128 Hz and 2048 Hz for varying levels of detail. Quick and Easy Identification of Issues: Instantly visualize changes in lamp output, cure times, and UV intensity. Improved Process Control: Fine-tune your curing parameters for optimal performance. Enhanced Quality Assurance: Ensure consistent curing and reduce product defects. Predictive Maintenance: Identify potential lamp failures before they impact production. Applications for the EIT 2.0 UviCure® Plus II & UV Power Puck® II Profiler: Advanced R&D: Developing and optimizing new UV curing processes. Laboratory Testing: Characterizing UV sources and materials. Troubleshooting Complex Curing Issues: Identifying and resolving process problems. Quality Control and Validation: Ensuring consistent curing and compliance with standards. Process Optimization: Fine-tuning curing parameters for maximum efficiency. Why Choose the EIT 2.0 UviCure® Plus II & UV Power Puck® II Profiler? Unprecedented Insight: Gain a deeper understanding of your UV curing process. Advanced Analysis Capabilities: Capture and analyze detailed irradiance profiles. Easy Data Transfer: Transfer data to a computer for in-depth analysis and reporting. Robust and Reliable: Built to withstand demanding industrial environments. Take Your UV Curing Process to the Next Level. Invest in the EIT 2.0 UviCure® Plus II or UV Power Puck® II Profiler and unlock the full potential of your UV curing process. Contact us today to learn more about how these advanced profilers can benefit your manufacturing operations and help you achieve unparalleled levels of precision and efficiency. Download Power Puck® II Profiler/UviCure Plus® II Profiler Brochure Download PowerView III User’s Guide

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April 4, 2025

Measurement & Monitoring / UV Germicidal Radiometers

Power Puck® II Radiometer / UviCure Plus® II

Achieve precise UV curing with EIT 2.0 UviCure® Plus II & Power Puck® II. These radiometers offer accurate, multi-band UV measurement for various manufacturing applications, ensuring consistent results. In today's demanding manufacturing environment, precision and efficiency are paramount. When it comes to UV curing, achieving consistent and reliable results is crucial for product quality and process optimization. The EIT 2.0 UviCure® Plus II and UV Power Puck® II are designed to empower manufacturers and professionals with advanced UV measurement capabilities, ensuring precise control over their curing processes. Why Accurate UV Measurement is Essential for Curing Variations in UV irradiance and energy can lead to: Inconsistent Curing: Resulting in defects, weak bonds, and compromised product performance. Wasted Materials: Due to rework and rejects caused by improper curing. Increased Downtime: From troubleshooting and adjusting curing systems. Compliance Issues: If curing processes don't meet industry standards. Introducing the EIT 2.0 UviCure® Plus II & UV Power Puck® II: Advanced UV Measurement Solutions These robust and user-friendly radiometers provide comprehensive UV measurement data, empowering you to optimize your UV curing processes. EIT 2.0 UviCure® Plus II Features: Single Band Radiometer: Measures irradiance (Watts/cm²) and energy density (Joules/cm²) for a specific UV band (UVA, UVB, UVC, or UVV). Easy-to-Use Interface: Simple operation with a single button to turn the unit on, collect, and view data. Graphical Display: Illustrates peak UV irradiance and shows irradiance as a function of time. Reference Memory: Allows you to store a reading for easy comparison to current UV levels. Toggle Feature (Not Shown): Displays Joules/cm², Watts/cm², and reference memory values with a push of a button. EIT 2.0 UV Power Puck® II Features: Four Band Radiometer: Independently measures and displays irradiance and energy density for four UV bands simultaneously (UVA, UVB, UVC, and UVV). All Channel Display: Shows Joules/cm² and Watts/cm² data for all four bands on one screen. Mercury vs. Gallium Detection: Looking at UVA/UVV can indicate if a mercury or gallium bulb is being used. Setup Menu: Allows you to select instrument options, including sample rate, display brightness, and units. Applications for the EIT 2.0 UviCure® Plus II & UV Power Puck® II: UV Curing of Adhesives and Coatings: Ensuring consistent bonding and curing in various manufacturing processes. Printing and Graphics: Optimizing UV curing in printing and graphic arts applications. Electronics Manufacturing: Achieving precise curing of conformal coatings and adhesives. Medical Device Manufacturing: Maintaining high-quality curing in medical device production. Automotive and Aerospace: Ensuring reliable curing in demanding applications. Why Choose the EIT 2.0 UviCure® Plus II & UV Power Puck® II? Accurate and Reliable Measurements: Provides precise UV irradiance and energy density data. Easy-to-Use Design: Simplifies UV measurement for professionals of all technical backgrounds. Comprehensive Data Display: Allows for easy analysis and optimization of curing processes. Robust Construction: Built to withstand demanding industrial environments. Take Control of Your UV Curing Process. Invest in the EIT 2.0 UviCure® Plus II and UV Power Puck® II to ensure consistent and reliable UV curing results. Contact us today to learn…

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April 4, 2025

Measurement & Monitoring / UV Germicidal Radiometers

MicroCure® / DataReader

Achieve accurate UV curing in confined spaces with the EIT 2.0 MicroCure® system. Its ultra-compact radiometer & DataReader ensure precise measurements for various manufacturing applications. In today's manufacturing landscape, precision and efficiency are paramount. Especially when dealing with UV curing in compact or challenging environments, the right tools can make all the difference. Introducing the EIT 2.0 MicroCure® UV Radiometer and DataReader, a revolutionary solution designed to deliver accurate and repeatable UV measurements where space is limited. Why Precision Matters in Small-Area UV Curing Many manufacturing processes involve UV curing in confined spaces or on small parts. In such scenarios, traditional radiometers may be too bulky or cumbersome. This can lead to: Inconsistent Curing: Resulting in defects and compromised product quality. Wasted Resources: Due to rework and rejects caused by inaccurate UV measurements. Increased Downtime: From troubleshooting and adjusting curing systems. Safety Concerns: When dealing with UV light in hard-to-reach areas. Introducing the EIT 2.0 MicroCure® System: Precision in a Compact Package The EIT 2.0 MicroCure® System is a two-part solution comprising a small, lightweight UV radiometer and a portable DataReader. This system is specifically designed for applications requiring accurate UV measurements in tight spaces. MicroCure® UV Radiometer Features: Ultra-Compact Size: Only 1.3" x 0.95" x 0.25", allowing for measurement in the smallest of spaces. Lightweight: Weighs only 0.3 ounces, making it easy to handle and position. Electro-Optical Measurement: Provides accurate readings of total energy (Joules/cm²) and peak irradiance (Watts/cm²). Adaptable Measurement: Adjusts to varying physical and thermal measurement environments. Available Bands: UVA in 10 Watt, 2 Watt, or 200 MilliWatt dynamic ranges. Long Battery Life: Good for 200 readings or one year, whichever comes first. Sleep Mode: Re-enters "sleep" mode if not exposed to UV within four minutes, conserving battery life. MicroCure® DataReader Features: Portable and Easy-to-Use: Collects and communicates data from the MicroCure radiometer. Energy and Irradiance Display: Shows both energy (Joules/cm²) and irradiance (Watts/cm²) values. Band Display: Indicates the UV band of the MicroCure. "RESET" Button: Activates "active data collection" mode. Reading Count Display: Shows the number of readings taken. Battery Status Indicator: Alerts you to low battery levels. Auto Shut-Off: Conserves battery life. Durable Construction: Metal or through-hardening conductive coating protects against moisture and hand contact. Applications for the EIT 2.0 MicroCure® System: Narrow Conveyor Curing: Credit card processing, small containers, tubes, cans. Battery Applications: Semiconductor printing, small part bonding, etc. Printing: Digital and pad printing. Part Curing: Flood lamps in fixtures. Dimensional Fixtures: Curing medical products like catheters. Large Objects: Furniture, headlamps, dashboards, wood molding. Flexible Light Guides: Systems where the MicroCure can fit within the part. Why Choose the EIT 2.0 MicroCure® System? Accurate and Repeatable Measurements: Ensures consistent curing results. Compact and Lightweight Design: Allows for measurement in tight spaces. Easy Data Collection and Communication: Simplifies process monitoring and control. Durable and Reliable: Built to withstand demanding manufacturing environments. Don't Let Space Limitations Compromise Your UV Curing Process. Invest in the EIT 2.0 MicroCure® System and achieve precise and reliable UV curing in…

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April 4, 2025

Measurement & Monitoring / UV Germicidal Radiometers

EIT SpotCure® UV Intensity Meter

Ensure precise UV spot curing with the EIT 2.0 SpotCure® UV Intensity Meter. Measure lamp performance, optimize light guides, and maintain quality control. Ideal for electronics, medical, and aerospace manufacturing. In manufacturing and professional settings, precise UV spot curing is crucial for achieving consistent product quality and reliable bonding. But how do you ensure your UV curing systems are delivering the optimal intensity? Introducing the EIT 2.0 SpotCure® UV Intensity Meter, your solution for accurate and efficient UV output measurement. Why Accurate UV Intensity Measurement Matters for Spot Curing Spot curing applications demand precise control over UV intensity. Variations in UV output can lead to: Inconsistent Curing: Resulting in weak bonds, incomplete curing, and compromised product performance. Wasted Materials: Due to rework and rejects caused by improper curing. Increased Downtime: From troubleshooting and adjusting curing systems. Compromised Quality Control: Making it difficult to maintain consistent product standards. Introducing the EIT 2.0 SpotCure® UV Intensity Meter: Your Tool for Precision The EIT 2.0 SpotCure® UV Intensity Meter is a compact, portable, and easy-to-use device designed to quantify UV output in spot curing systems. It provides instant feedback, allowing you to: Monitor UV Spot Curing System Performance: Ensure your systems are operating within the required intensity range. Measure Individual UV Lamp Performance: Identify and replace aging or failing lamps. Measure Light Guide Degradation and/or Contamination: Maintain optimal light transmission. Optimize Light Guide Positioning: Achieve consistent curing across your work area. Meet Quality Requirements: Ensure your curing process adheres to industry standards. Key Features and Benefits of the EIT 2.0 SpotCure® UV Intensity Meter: Compact and Easy to Use: Fits comfortably in one hand for convenient measurement. Portable and Electro-Optic Based: Provides accurate readings without the need for external cords or cables. Self-Contained and Battery Powered: Offers flexibility and ease of use in any environment. Long Battery Life: Delivers over 100,000 readings, minimizing downtime. Accepts Multiple Light Guide Sizes: Compatible with a wide range of spot curing systems. Flashlight-Like Shape: Allows for easy positioning and measurement in tight spaces. Standard and Extended Ranges: Measures intensities up to 20W/cm² and 100W/cm², respectively. Applications for the EIT 2.0 SpotCure® UV Intensity Meter: Electronics Manufacturing: Ensuring precise curing of adhesives and coatings in component assembly. Medical Device Manufacturing: Maintaining consistent bonding in medical device production. Optical Bonding: Achieving accurate curing for optical components. Automotive Manufacturing: Ensuring reliable curing of adhesives and coatings in automotive assembly. Aerospace Manufacturing: Maintaining high-quality bonding in aerospace applications. Why Choose the EIT 2.0 SpotCure® UV Intensity Meter? Accuracy and Reliability: Provides precise UV intensity measurements for consistent curing results. Ease of Use: Simplifies UV measurement, making it accessible to all professionals. Portability and Convenience: Allows for on-the-go measurement and troubleshooting. Enhanced Process Control: Enables precise adjustment and optimization of your UV curing process. Don't Leave Your Spot Curing to Chance. Invest in the EIT 2.0 SpotCure® UV Intensity Meter and ensure optimal UV output for consistent and reliable curing results. Contact us today to learn more about how this essential tool…

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April 4, 2025