Product: Specs
HEAD
- Binocular (Seidentopf), Trinoc available
- Digital cameras and adapters available
- Diopter adjustment +/-5
- Inclined 30°
- 10X/20X Super WF HP eyepieces
- Interpupillary distance range 50-75mm
OBJECTIVES
- Infinity Plan objectives
- 4X, 10X, 20X, 40XR, 100XR (oil)
- 50X (oil) and 60x dry objectives are also available
- Anti-fungal, parfocal, parcentric, color-coded
ILLUMINATION
Brightfield:
- Moveable Abbe condenser, NA 1.25
- Iris Diaphragm
- Input: 12V 1A
- (use only supplied power adapter)
- Power Adapter: Input 100-240v
- 50-60 Hz auto-switching
Epifluorescence:
- LED long-life light source
- Excitation spectrum: FITC standard
- ther filter cubes available upon request
NOSEPIECE
- Reverse quintuple nosepiece
- Multiple ball bearing mounted
FOCUS
- Coarse adjustment: range of 22mm
- Fine adjustment: graduation of 2μm
- Tension control knob
STAGE
- Mechanical stage (135mm X 184mm)
- Coaxial drive controls, metal rack & pinion
- Range of traverse: 73mm x 43mm
- Stage locking lever
- Slow-close hydraulic slide finger
DIMENSIONS
- Height: 15.6” (396 mm)
- Length: 16.5” (420 mm)
- Width: 8.1” (206 mm)
- Weight: Trinoc: 20.5 lbs.
- Binoc: 20.0 lbs.
LW SCIENTIFIC Mi-5 Lumin™ Epi-Fluor (490/510nm) Infinity PLAN Trinocular
Code: LWS-M5S-EPT5-IPL3
The Mi-5 modular microscope was developed for use in a broad range of applications and has a great new optical enhancement. The new Mi-5 Epi Lumin™ module allows for FITC Epi Fluorescence at a very affordable price. For users looking to rid their facilities of harmful Mercury HBO bulbs that emit UV light and upgrade from their antiquated Epi Fluorescence (EF) systems, the Mi-5 Epi Lumin™ is the perfect solution.
With integrated LED technology for both bright field and Epi-Fluorescence microscopy, the Mi-5 Epi Lumin™ offers superior clarity and crisp imaging—all at a price that allows even labs on a limited budget to benefit from the latest technological advances.
The Lumin™ epifluorescence module converts our standard Mi-5 microscope to a fully functional epifluorescence microscope. The resulting images rival those obtained from traditional, expensive epifluorescence systems.
Binocular also available.