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EIT 2.0

Power Puck® II Profiler / UviCure Plus® II Profiler

Power Puck® II Profiler / UviCure Plus® II Profiler

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EIT 2.0™ Puck Profiler — Profiling Radiometer for High-Resolution UV Process Validation

The EIT 2.0™ Puck Profiler (SAL-B1002 Rev 01.4) is an advanced profiling radiometer system designed to bring quantitative, time-resolved UV measurement into laboratory, production, and service environments where process verification and trending are critical. Configured as the Power Puck II Profiler (four spectral bands) or UviCure Plus II Profiler (single band), the Puck Profiler enables engineers and technicians to capture irradiance, energy density, and temporal profiles with precision and industrial robustness.

Technical Leadership in UV Profiling

  • Profiler Data Recording: Collects high-resolution irradiance profiles at an effective 128 Hz sample rate while providing adjustable display sample modes (25 Hz, 128 Hz, 2048 Hz) for versatile analysis of UV curing dynamics.

  • Extended Memory Capacity: Onboard memory supports over 100 minutes of recorded data, enabling comprehensive characterization of multi-phase curing processes or long-duration exposure cycles.

  • Dynamic Operating Ranges: Selectable dynamic ranges (Standard 10 W, Mid 1 W, Low 100 mW) tailor sensitivity to high-power lamps, low-intensity sources, and varied process conditions.

  • 4-Band or Single-Band Flexibility: Power Puck II Profiler simultaneously measures UVA, UVB, UVC, and UVV, while UviCure Plus II Profiler supports targeted single-band measurement—chosen at the time of order to match application needs.

  • USB Connectivity & Analysis Software: Profiler data seamlessly transfers via USB to EIT UV PowerView® IIIsoftware for in-depth trend analysis, irradiation profile comparison, and exportable reporting.

Industrial Applications & Process Insights

The Puck Profiler empowers users to:

  • Validate Source Performance: Accurately identify individual lamp output, focus quality, and uniformity changes over time.

  • Detect Process Variance: Analyze variations in exposure time, line speed, or power cycling that impact product quality.

  • Predict Maintenance Needs: Reveal degrading components before they compromise throughput or cure efficacy.

  • Benchmark and Compare: Use time-based irradiance data to benchmark across systems, lamp types, or configuration changes, supporting systematic optimization and regulatory documentation.

Solution-Oriented Design

The Puck Profiler’s combination of rugged industrial construction, high sample fidelity, and intuitive data outputsmakes it indispensable for modern UV processes—from adhesives and coatings to advanced manufacturing lines requiring traceable UV exposure metrics. Built with field-ready durability and backed by EIT’s calibration standards, the Puck Profiler delivers actionable UV performance insight that drives quality, repeatability, and uptime.

EIT 2.0 Puck Profiler: engineered for rigorous UV measurement and profiling where high-performance systems demand quantifiable process control.

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