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 Half Maximum (FWHM) response of 52nm±2nm, ensures optimal instrument performance. This design, combined with flat responsivity over the expected Center Wave Length (CWL) peak of ±5nm, allows for precise measurements for each LED type.
Individual L-Band Calibration: Each L-Band is individually calibrated to its respective LED type (e.g., the L-365 band is calibrated to a 365 nm LED).
Important Note on Measurement: When using the LEDCure Profiler Four Band, it’s crucial to only consider the values from the EIT L-Band that corresponds to the source type. Do not sum L-Band values to determine total LED energy, as energy from one LED can register in adjacent L-Bands.

Blaze and Your Projects: How We Can Help

At Blaze, we understand the critical role of precision in UV LED curing. By leveraging the capabilities of the EIT LEDCure Profiler and UV PowerView Software III, we can help individuals and professionals with their projects in several ways:

Process Optimization: We can assist in analyzing your current UV LED curing processes, identifying areas for improvement, and fine-tuning parameters for optimal efficiency and product quality.
Troubleshooting and Problem Solving: Utilizing the profiling capabilities, we can diagnose and troubleshoot curing issues, helping you pinpoint the root cause of inconsistencies or defects.
Equipment Validation and Calibration: Ensure your UV LED curing systems are performing within specifications by incorporating accurate and traceable measurements from EIT instruments.
Training and Support: We can provide guidance and training on the effective use of these advanced radiometric tools, empowering your team with the knowledge to achieve superior results.
Research and Development: For R&D initiatives, the detailed data and analytical power offered by these systems are invaluable for developing new materials, processes, and products.

By incorporating the EIT LEDCure Profiler and UV PowerView Software III into your workflow, you gain an unmatched level of control and insight into your UV LED curing applications. Partner with Blaze to harness this technology and drive significant advancements in your manufacturing and research endeavors.

Contact us today to learn more about how we can support your projects and elevate your UV LED curing processes.

Last updated on June 22nd, 2025 at 03:20 am