FMS-300 System: Blue measuring LED, white actinic & saturating LED's_2050950
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Hansatech FMS‑300 PAM Fluorometer – Blue Measuring LED, White Actinic & Saturating LEDs

The Hansatech FMS‑300 is a high-performance pulse-amplitude-modulated (PAM) chlorophyll fluorometer featuring a blue (455 nm) measuring LED and white actinic and saturating LEDs—complete with an integrated far-red LED for automatic Fo’ determination. Designed for both teaching and advanced research, the system offers ultra-fast measuring pulses and comprehensive fluorescence analysis tools in a robust, user-friendly format.

Product Features

  • Blue measuring LED (455 nm) with white actinic and saturating LEDs; includes far-red LED (730 nm) for Fo’ detection
  • Ultrafast 400 ns measuring pulses at up to 100 kHz for high signal fidelity
  • Actinic light intensity up to 3,000 µmol·m⁻²·s⁻¹; saturating pulses up to 20,000 µmol·m⁻²·s⁻¹
  • Four LED color variants available, each with far-red LED included
  • FluoroControl software with six pre-set routines including OJIP, Fv/Fm, ETR, NPQ, and light-response curves
  • 100% raw data acquisition—no signal averaging required
  • Rugged aluminum housing, USB-C connectivity, fiber-optic sample interface, and transport case

Benefits

  • Exceptional data quality – fast, low-noise 400 ns pulses provide accurate fluorescence readings
  • Complete light configuration – blue measuring LED paired with white actinic/saturation sources ensures broad-spectrum excitation and deep saturation response
  • Comprehensive protocols – FluoroControl offers intuitive routines and detailed parameter outputs for Fv/Fm, OJIP kinetics, ETR, NPQ, and more
  • Research and teaching ready – high-end performance with classroom-friendly usability
  • Varied LED options – select the best LED combination for your sample type (blue or red measuring LED, white or matching actinic/saturating)

Why Choose the Hansatech FMS‑300?

The FMS‑300 blends research-grade PAM functionality with classroom ease-of-use, offering ultrafast pulse measurement, flexible LED configurations, and robust software—all packaged in a hardened, portable system. Ideal for in-depth photosynthesis studies, education, and field work.

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