About MAGNUS INVERTED TISSUE CULTURE TRINOCULAR MICROSCOPE MODEL INVI (HL)
MAGNUS INVERTED TISSUE CULTURE TRINOCULAR MICROSCOPE MODEL INVI (HL)
for brightfield and phase contrast applications (30 inclined, interpupillary 48mm75mm) having
6v30w halogen light illuminator, quintuple revolving nosepiece, coaxial coarse (stroke : 37.7mm per
rotation) & fine (stroke : 0.2mm per rotation) adjustment, plain stage (160x250mm) with glass insert,
auxiliary stage 70x180mm, Condenser LWD 72mm, Long working distance Plan Infinity Brightfield
Objectives 4x/0.1 (W.D 18mm) & 40x/0.6 (W.D 2.6mm - Cover Glass 1.2mm) And Phase Contrast
Objectives 10x/0.25 (W.D 10mm) & 20x/0.4 (W.D 5.1mm) with phase annulus plate (10x-20x, 40x) &
High eyepoint, extra wide field eyepiece EW10x (F.N.22) standard set complete.
Features :
Long Working Distance Plan Infinity Optics,Pre-Centered Phase Annulus, Trinocular Port In
Standard Unit, Excellent Field Flatness
9.2
Precision for Tissue Culture ResearchSpecially engineered for observing living cells, the inverted design and long working distance objectives of the INVI (HL) allow convenient examination of cultures in dishes or flasks. The anti-fungus optical coating and robust powder-coated finish ensure lasting performance even in demanding laboratory environments.
Flexible Imaging and ObservationWith a trinocular head supporting camera attachments, users can easily capture digital stills and video. The microscope's Siedentopf-style head is 45 inclined and rotatable for comfortable viewing. Variable magnification from 40x to 400x and phase contrast compatibility broaden its application for cell biology, microbiology, and routine lab tasks.
User-Friendly OperationsSmooth mechanical stage controls, interchangeable glass plate for transmitted light, and wide interpupillary adjustment offer ease of use for multiple users. Coaxial coarse and fine focusing with tension control ensures stable, sharp results, while included spare parts extend operational reliability.
FAQ's of MAGNUS INVERTED TISSUE CULTURE TRINOCULAR MICROSCOPE MODEL INVI (HL):
Q: How does the inverted design benefit tissue culture observation?
A: The inverted microscope design allows you to observe cells at the bottom of Petri dishes and culture flasks, making it ideal for live cell research without disturbing the culture medium.
Q: What are the available magnification options and how are they achieved?
A: Magnification is adjustable from 40x to 400x, depending on the combination of Plan Achromatic objectives (4x, 10x, 20x, 40x) and the paired 10x wide field eyepieces. Higher resolutions up to 1000x are possible with appropriate objectives.
Q: When is phase contrast imaging available on this model?
A: Phase contrast imaging is available as an option by using the dedicated phase contrast slider and condenser attachments, enabling enhanced visualization of transparent cells and cultures.
Q: Where can I attach a camera for digital imaging?
A: A digital or DSLR camera can be mounted onto the trinocular phototube, allowing real-time image and video capture. The supported formats and resolution depend on the attached camera model.
Q: What steps are needed to adjust illumination for optimal viewing?
A: You can control brightness via the intensity knob for the built-in 6V 30W halogen lamp. Adjust the position of the condenser and glass insert as needed to optimize transmitted light for your sample.
Q: How does the anti-fungus coating benefit long-term use?
A: All optical elements are treated with anti-fungus coating, protecting the microscope's lenses and internal components from fungal growth in humid environments, thus prolonging instrument life and optical performance.
Q: How is mechanical stage movement controlled and what sample sizes can it accommodate?
A: The mechanical stage offers coaxial X/Y movement with a range of 120 x 78 mm, and the interchangeable plate can accommodate Petri dishes and culture flasks up to 100 mm in diameter, ensuring flexibility for various cell culture studies.