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 excellent 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.
Specifications
| Specification | Detail |
|---|---|
| Type | LED epi-fluorescence module |
| Excitation / emission | 485 / 510 nm (FITC) |
| Compatibility | i-4, Nikon, Zeiss Primo |
| Light source | LED, mercury-free |
Compare the i-4 Application-Specific Microscopes
| Model | Application | Head | Key feature |
|---|---|---|---|
| i4S-SEB4-iPL3 | Semen evaluation | Binocular | Heated stage, phase contrast |
| i4S-SET4-iPL3 | Semen evaluation | Trinocular | Heated stage, phase, camera-ready |
| i4S-EPB4-iPL3 | Epi-fluorescence | Binocular | LUMIN 485/510nm FITC |
| i4S-EPT4-iPL3 | Epi-fluorescence | Trinocular | LUMIN 485/510nm, camera-ready |
| i4P-EPiL-485N (this model) | Fluorescence module | Add-on | Upgrades i-4, Nikon & Zeiss scopes |
Built on the i-4 Infinity platform with specialized configurations.
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.
Frequently Asked Questions
What is the i4P-EPiL-485N designed for?
The i4P-EPiL-485N is designed for clinical, research, and veterinary laboratories.
