NEW LEDCure® Low Power 400mW Radiometer
Purpose-built for measuring low-intensity UV LED systems used in precision curing, photochemistry, and research.
The LEDCure® Low Power 400mW is purpose-built for measuring low-intensity UV LED systems used in precision curing, photochemistry, and research. Featuring EIT 2.0's patented TMOR™ optics, it delivers laboratory-grade accuracy at a fraction of the cost of traditional instruments.
As UV LEDs have grown in use, some manufacturers have found applications and formulations that perform better with lower irradiance values and longer exposure times, rather than the high Watt values prominent over the past 15 years.
Until now, EIT 2.0 LEDCure® portfolio primarily served mid- and high-power UV LED systems. The new Low Power model fills that gap, delivering exceptional measurement sensitivity and accuracy for applications where conventional radiometers may lack the required resolution.
Why Choose the NEW LEDCure® Low Power?
- Measure Lower UV Intensities: Specifically designed for 4–400 mW/cm² applications.
- 200× Finer Resolution: Detect subtle changes in UV intensity with 1 µW/cm² resolution.
- High Accuracy & Repeatability: Typically ±2% accuracy and better than ±0.2% repeatability.
- Multiple UV LED Wavelengths: Available in 365, 385, 395, and 405 nm configurations.
- Patented TMOR™ Technology: Reliable UV LED energy measurements with NIST-traceable calibration.
Ideal Applications:
From precision adhesive bonding and electronics manufacturing to medical devices, specialty coatings, photochemistry, and laboratory research, the new LEDCure® Low Power helps manufacturers and researchers measure and control their UV processes with confidence.
Already using an EIT2.0 LEDCure®?
The new Low Power model complements your existing instruments, extending your measurement capability to lower-intensity UV LED applications.
