Florescence Trinocular Microscope

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Florescence Trinocular Microscope Specification

Features
Anti-fungal treated optical parts, ergonomic design, high-stability frame, dust cover included

Focus System
Coaxial coarse & fine focusing mechanism

Spare Parts
Replacement bulbs, fuses, filters, eyepieces, and objectives available

View Head
Trinocular (for simultaneous camera and visual observation)

Theory
Florescence observation with trinocular head, suitable for biological and pathological research.

Drawtube
Trinocular

Sensor
High-resolution optical sensor for image clarity (for camera attachment)

Resolution
Up to 1920 x 1080 pixels (depends on camera used)

Interface
Standard camera interface compatible with C-mount adapter

Frame Rate
30 FPS (camera dependent)

Focal Distance
Adjustable via coaxial coarse and fine focusing knobs

Magnification
Up to 1000x with standard objectives

Dimensions
Approx. 430 x 260 x 420 mm

Focus Range
Coarse (25 mm) and Fine (0.002 mm) adjustment

Eyepieces
Wide field 10X/18 mm

Eyepiece Tube
Inclined at 45, rotatable 360, for comfortable viewing

Illumination
LED or Mercury lamp with brightness adjustment; Blue, Green, Yellow, Ultraviolet filters present

Coarse Adjustment Range
25 mm

Fine Adjustment Range
0.002 mm per division

Working Stage
Double layer mechanical stage; 135 x 140 mm; X-Y movement 75 x 50 mm

Still Image Capture Resolution
Up to 5MP/8MP/12MP (dependent on camera)

Video Capture Resolution
Full HD (depends on camera)

Image Format
JPEG, BMP, PNG and video formats via camera

Interpupillary Distance
55-75 mm adjustable

Objective Achromatic
Achromatic objectives (4X, 10X, 40X(S), 100X(S, Oil))

Condenser
Abbe condenser NA 1.25 with iris diaphragm

Light Source
Fluorescence attachment Mercury or LED Lamp (excitation filters included)

About Florescence Trinocular Microscope

SPECIFICATIONS

Florescence Trinocular Microscope

Epi-Fluorescence Illuminator: The Epi-illumination is through 100W High pressure Mercury Lamp or 5W LED in a lamp housing attached to the fluorescent filter block. The exciting light spectrum range is 350nm-580nm. The Fluorescent Light spectrum range is 420nm-650nm. Two exciting filters (EX) - Blue Light (EX-490) and Green Light (EX-545) color separation prism (DM) comprise of blue light (BA-530), green light (BA-590). Central position provides ordinary transmission light from the base for normal microscopy work. Illumination Box is provided with a power supply of 200V or 110V and HBO, super high pressured spherical mercury vapor lamp 100W. UV protection screen is provided to safeguard the operator from harmful radiations.

Fluorescent Attachment (Mercury or LED Option)

An ideal attachment for research of biology, tumology, cytology, immunology and Hematology. It is suited for fluorescent Microscopy used in venereal disease examination and immune less diagnosis. At the same time it is also used for analysis of sedimentary rocks, inspection of impurities in semiconductors, environmental protection and micro chemistry.

Superior Fluorescence Imaging

Equipped with filter cubes for blue, green, yellow, and UV wavelengths, this microscope allows detailed fluorescence observation of biological samples. Its built-in fluorescence attachment and high-quality objectives enable clarity, sensitivity, and contrast across a wide range of specimens, making it ideal for tissue and cellular investigations.

Ergonomic and Robust Design

Designed with a sturdy anti-rust frame and smooth stage mechanics, the microscope ensures vibration-free operation and precise X-Y movement. The inclined and rotatable trinocular head allows comfortable viewing and simultaneous camera attachment for documentation, supporting extended periods of research with ergonomic ease.

Versatile Camera and Data Connectivity

A dedicated phototube and standard C-mount interface allow seamless integration of high-resolution cameras. Capture images and Full HD videos in JPEG, BMP, PNG formats, enabling researchers to analyze, save, and share data efficiently for clinical presentations or educational purposes.

FAQs of Florescence Trinocular Microscope:

Q: How does the trinocular microscope facilitate simultaneous visual and digital observation?

A: The trinocular head features a dedicated phototube for digital camera connectivity, allowing simultaneous observation through the eyepieces and image capture or video recording via camera for real-time documentation.

Q: What are the primary benefits of using the included filter cubes for fluorescence imaging?

A: Blue, green, yellow, and UV filter cubes enhance the separation and visualization of specific fluorophores, making it possible to study diverse cellular structures or pathogens with high contrast and accuracy during fluorescence experiments.

Q: When is it recommended to use the mercury lamp versus LED illumination?

A: The mercury lamp is preferred for applications requiring strong ultraviolet excitation for particular fluorochromes, while the LED provides adjustable, energy-efficient lighting, suitable for general fluorescence imaging and routine observations.

Q: Where can the Florescence Trinocular Microscope be deployed for optimal use?

A: This microscope is ideal for cytology, immunology, histopathology, and microbiology laboratories in hospitals, research institutes, universities, and teaching environments where advanced fluorescence techniques are utilized.

Q: What process is required for switching between objectives during sample analysis?

A: The revolving quadruple nosepiece allows swift and precise switching between achromatic objectives (4X, 10X, 40X(S), 100X(S, Oil)), facilitating versatile examination of specimens at multiple magnifications without refocusing.

Q: How does the microscope support precise sample positioning?

A: The double-layer mechanical stage, equipped with smooth X-Y movement and vernier scales, enables meticulous positioning and tracking of samples, enhancing accuracy in both observation and image documentation.

Q: What is the advantage of the anti-fungal treated optical components?

A: Anti-fungal treatments protect optical parts from deterioration in humid environments, ensuring consistent image clarity, longevity of components, and reliable performance in varied laboratory conditions.

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