How to Choose UV Energy Meter? What are the differences between UV-int253, UV-intM, and UV-int150? | UV-int Professional Solutions

Detailed guide on UV energy meter selection, comparing features and applications of different models

🔍 UV-int Product Series Comparison

Model	Key Features	Wavelength Range	Applications	Accuracy
UV-int253	UVC specialized, precise 253.7nm detection	253.7nm (UVC)	Sterilization, UVC curing	±5%
UV-intM	Multi-probe, supports simultaneous multi-wavelength measurement	254nm, 365nm, 385nm, 395nm, 405nm	Multi-wavelength UV curing, R&D testing	±3%
UV-int150	Standard model, general UV energy measurement	200-400nm (UVC/UVA)	General UV curing, production monitoring	±5%

Measurement wavelength: Select energy meter matching your UV light source wavelength
Measurement accuracy: High precision for R&D, standard precision for production monitoring
Measurement range: Select appropriate range based on UV intensity
Function requirements: Multi-wavelength measurement, data logging, software analysis
Budget: Balance performance and cost based on needs

Application Scenario	Recommended Model	Reason
UVC Sterilization	UV-int253	Optimized for 253.7nm UVC wavelength
UVLED Curing (single wavelength)	UV-int150	General purpose, cost-effective
Multi-wavelength UV Curing	UV-intM	Multi-probe for simultaneous multi-wavelength measurement
R&D Testing	UV-intM	High precision, supports data logging and analysis
Production Line Monitoring	UV-int150	Stable and reliable, easy to operate

🔧 Recommended Product Solutions

UV-int professional equipment provides comprehensive UV energy measurement solutions

Professional UVC Measurement

Features: 253.7nm wavelength detection

Multi-function UV Energy Meter

Features: Multi-wavelength detection

General UV Energy Measurement

Features: High precision measurement

Energy Meter Selection Recommendations:

🔗 Related Technical Links

Our technical team provides professional selection recommendations

📞 Contact: +86-13306512129

📧 Email: info@uv-int.com