About MAGNUS TRINOCULAR INVERTED FLUORESCENCE MICROSCOPE FOR BRIGHT FIELD , PHASE CONTRAST & FLUORESCENCE APPLICATION MODEL FL INVERSE
MAGNUS TRINOCULAR INVERTED FLUORESCENCE MICROSCOPE FOR BRIGHT FIELD
PHASE CONTRAST & FLUORESCENCE APPLICATION MODEL FL INVERSE
Infinity Corrected Optical System with inclined Trinocular Observation tube with 50:50 light path
having Interpupillary distance adjustment range of 5075mm, Plan Achromat objective of 4x, LWD
Plan Achromat Phase Objective of 10x (for BF & Phase), LWD Semi Plan Apo Phase 20x (for BF/
PH/ FL), LWD Semi Plan Apo Phase 40x (for BF/ PH/FL), quintuple revolving nosepiece, LWD
Condenser with NA 0.30, WD 72 mm, Transmitted LED illumination, 215 X 250 mm fixed stage with
Attachable mechanical stage having movement of 120 X 80 mm. LED based three band switching
Fluorescence Attachment for Blue Filter (LED Module 470 nm) Green Filter (LED Module 560 nm ) &
UV Filter (LED Module 385 nm) for FL Inverse.
Versatile Imaging ModesThis microscope supports bright field, phase contrast, and fluorescence observation. Users can efficiently switch between these techniques to study cell cultures and microorganisms, gaining comprehensive insights. Its modular illumination system, with both halogen and mercury lamps, enhances versatility for diverse laboratory protocols.
Precision Engineering and ErgonomicsEquipped with a precision mechanical stage, smooth XY movement, and calibrated scales, the Model FL Inverse provides high stability and accuracy. The coaxial coarse and fine focusing mechanism ensures precise adjustments, while the ergonomic, trinocular Siedentopf head promotes user comfort during long observation periods.
Enhanced Safety and DurabilitySafety is prioritized with shielded, heat-resistant lamp housing and UV protection features. Optics and mechanical components are treated with an anti-fungal coating, making the system durable and long-lasting, even in humid laboratory environments. The microscope adheres to stringent safety and operational standards.
FAQ's of MAGNUS TRINOCULAR INVERTED FLUORESCENCE MICROSCOPE FOR BRIGHT FIELD , PHASE CONTRAST & FLUORESCENCE APPLICATION MODEL FL INVERSE:
Q: How do I exchange the fluorescence filters on the MAGNUS FL Inverse microscope?
A: The microscope is equipped with a slider-type filter holder, enabling quick and simple exchange of multiband B/G/U/V fluorescence filters. Simply slide the filter holder to select the desired barrier or excitation filter for your specific fluorescence application.
Q: What specimens can be accommodated on the stage of this microscope?
A: The microscope includes an adjustable universal specimen holder that can securely accommodate various laboratory vessels such as Petri dishes, multi-well plates, flasks, and standard microscope slides, providing flexibility for a broad range of sample types.
Q: When should the microscope's lamps be replaced, and how long do they last?
A: The halogen lamp offers a lifespan of over 2,000 hours, while the mercury fluorescence lamp provides over 300 hours. It's recommended to replace lamps once they reach their rated lifespan to maintain optimal performance. Extra bulbs are supplied as spare parts.
Q: Where can I attach a camera or imaging device for documentation?
A: A trinocular phototube is provided, allowing users to attach a compatible camera or imaging device. This enables high-resolution still image and video capture for thorough documentation and analysis of microscopy results.
Q: What is the process for achieving optimal phase contrast and fluorescence imaging?
A: To achieve optimal imaging, adjust the long working distance condenser for phase contrast, select the correct objective, and ensure the specimen is properly positioned. Use the fine focus for precision adjustment, and switch filters as needed for fluorescence detection of your target markers.
Q: How does the anti-fungal treatment benefit the microscope's longevity?
A: Anti-fungal coatings applied to the optics and mechanical parts prevent fungal growth, particularly in areas with high humidity. This protection significantly extends the service life and maintains the optical performance of the microscope over time.
Q: What are the main advantages of using this model for cell culture observation?
A: This model provides high-resolution imaging, ergonomic operation, and versatile specimen handling, making it ideal for cell culture and microbiology studies. Enhanced color correction, phase contrast, and fluorescence options offer detailed observation and analysis of live cells and cultures.