The Hansatech Chlorophyll Fluorimeter HPEA+ Handy-PEA System is a complete, portable solution for high-resolution measurement of chlorophyll fluorescence using advanced continuous excitation. This lightweight handheld device delivers rapid, accurate data ideal for studying photosynthetic performance in both laboratory and field environments. With cutting-edge LED technology and intuitive software, the HPEA+ provides detailed analysis of plant stress responses and energy conversion efficiency, supporting critical research in plant physiology, agriculture, and environmental science.
Product Features
- Advanced continuous excitation for high-sensitivity chlorophyll fluorescence detection
- Complete Handy-PEA system including fluorimeter, leaf clips, USB interface, and software
- Compact, battery-operated design for portability and field applications
- 4 mm diameter measuring aperture with white reflective surface for uniform signal collection
- USB data transfer and comprehensive analysis via supplied software
- Lightweight housing with ergonomic one-handed operation
Benefits
- Field-ready – Compact, rugged, and battery-powered for use in remote research settings
- High-performance analysis – Detects rapid chlorophyll fluorescence kinetics for accurate photosynthetic profiling
- User-friendly – Simple setup and intuitive interface for all experience levels
- Comprehensive data – Capture and analyse fast OJIP transients and plant stress responses
- Flexible use – Ideal for researchers in plant science, agriculture, and crop breeding
- Complete system – Includes all necessary accessories for immediate deployment
Why Choose the Hansatech Handy-PEA System?
Trusted worldwide in plant physiology research, the Hansatech Handy-PEA HPEA+ offers rapid, precise measurement of chlorophyll fluorescence in a portable, easy-to-use format. Whether in the field or lab, its advanced continuous excitation technology enables reliable assessments of photosynthetic efficiency and plant vitality. This complete system provides everything needed for professional-grade analysis of plant health and stress response across a wide range of species and conditions.
