LW Scientific i4P-EPiL-485N LED Epi Fluorescence Module - 485nm FITC Lumin Microscope Upgrade

Transform your research microscope with the LED epi fluorescence module designed for safe, efficient fluorescence imaging. The LW Scientific i4P-EPiL-485N Lumin Module delivers integrated LED technology for superior optical clarity without hazardous mercury or halogen bulbs. This LED epi fluorescence module is the breakthrough solution for laboratories seeking affordable, mercury-free fluorescence capability on existing infinity microscopes including i4, Innovation, Olympus CX, Nikon, and Zeiss platforms.

Advanced LED Epi Fluorescence Module Technology

The LED epi fluorescence module features 485 nm excitation wavelength (FITC standard) producing 510 nm emission light for precise cellular imaging. The integrated LED light source delivers bright, stable illumination compared to traditional mercury lamps. Unlike conventional alternatives, this LED epi fluorescence module eliminates UV hazards, requires no bulb alignment, and never needs darkroom conditions for operation.

The lifetime LED bulb never requires replacement, reducing maintenance costs and operational downtime. Additionally, the modular design accommodates optional excitation cubes for multi-wavelength imaging capabilities.

Safe, Efficient, and User-Friendly Design

This LED epi fluorescence module provides professional-grade safety features protecting laboratory personnel and sensitive samples. The mercury-free design eliminates toxic waste disposal requirements and regulatory compliance burdens. The compact module integrates seamlessly with existing infinity microscopes without extensive modifications.

The 12V input power (110-240V auto-switching adapter included) operates efficiently with minimal electrical draw. Furthermore, the LED epi fluorescence module requires no calibration or alignment—simply install and begin imaging.

Comprehensive Fluorescence Applications

The LED epi fluorescence module enables diverse research applications. In soil microbiology, it visualizes mycorrhizal fungi colonization of plant roots through autofluorescent compound detection. Using fluorescein diacetate (FDA) staining, the module identifies active microorganisms on leaf surfaces, plant sap, and soil samples with high specificity.

Cell biology researchers utilize this LED epi fluorescence module for live-cell imaging, pathogen detection, and FRET (Förster Resonance Energy Transfer) applications. The FITC standard 485/510 nm configuration is ideal for green fluorescent protein (GFP), fluorescein, and similar green-emitting fluorophores.

Optical Performance and Compatibility

The LED epi fluorescence module delivers crystal-clear optical quality surpassing expensive traditional alternatives. The high-quality dichroic mirrors and filter sets eliminate stray light and maximize image contrast. Easy installation on compatible microscopes (i4, Innovation, Olympus CX, Nikon, Zeiss Primo Star) takes minutes without specialized tools.

The modular platform design enables future expansion with additional filter cubes for multi-wavelength fluorescence imaging. Moreover, the integrated power management system provides consistent LED brightness throughout the bulb's lifetime.

Technical Specifications

This LED epi fluorescence module serves cell biology research, mycology studies, pathogen detection, live-cell imaging, and soil microbiology analysis in research facilities, diagnostic labs, and academic institutions worldwide.