Binocular Fluorescence Microscope

Binocular Fluorescence Microscope Specification

View Head
Binocular, 45 inclined, 360 rotatable

Focus System
Coaxial coarse and fine focusing system

Features
High quality optics; Anti-fungus coatings; Sturdy metal frame; Suitable for fluorescence observation; Ergonomic design; Long working distance optics; Wide field of view

Spare Parts
Spare lamp, fuse, immersion oil, dust cover, users manual

Theory
Fluorescence microscopy utilizes high-intensity illumination to excite fluorescent substances in the specimen, which then emit detectable light for imaging detailed cellular structures.

Drawtube
Binocular

Sensor
Not specified (camera dependent)

Resolution
High-resolution optical system (exact value Not specified)

Interface
Not specified (depends on camera or imaging system used)

Frame Rate
Not specified (camera dependent)

Focal Distance
Not specified (Dependent on objective used)

Magnification
40X-1000X (using objective lenses 4X, 10X, 40X, 100X with 10X eyepieces)

Dimensions
Approx. 470 x 360 x 220 mm (may vary with models)

Focus Range
Coarse and Fine Adjustment

Eyepieces
Wide-field 10X (paired)

Eyepiece Tube
45-degree inclined, 360-degree rotatable

Illumination
LED or Mercury/High-Pressure Sodium Lamp, suitable for fluorescence applications

Coarse Adjustment Range
Approx. 30mm

Fine Adjustment Range
Approx. 0.002mm

Working Stage
Double layer mechanical stage, size approx. 140140 mm, travel range 7550 mm

Still Image Capture Resolution
Not specified (camera dependent)

Video Capture Resolution
Not specified (camera dependent)

Image Format
Not specified (compatible with microscope camera)

Interpupillary Distance
Adjustable, 55 - 75 mm

Objective Achromatic
4X, 10X, 40X (spring), 100X (spring, oil, fluorescence)

Condenser
Abbe condenser, N.A. 1.25, with iris diaphragm

Light Source
LED/High pressure lamp, with adjustable intensity

Filter Set
Integrated excitation and emission filter sets for fluorescence applications

Dust Protection
Supplied with fitted dust cover

Body Material
Heavy-duty metal body with anti-rust coatings

Nosepiece
Quadruple revolving nosepiece

Diopter Adjustment
Provided on both eyepieces

Weight
Approx. 8-10 kg (without accessories)

Power Supply
AC 220V/110V, 50/60Hz adaptable

Application
Cell biology, microbiology, pathology, medical diagnostics, teaching, research

Stage Movement
X-Y mechanical control with smooth movements

Safety Features
Overcurrent protection, thermal cut-off for lamp

About Binocular Fluorescence Microscope

A Robust and stable die-caststable body with Co-Axial coarse and fine focusing mechanism based on four step reeducation gearssystem which runs on ball- bearing guide ways with tension control ring.Stopper system is provided so that the slides may not damage.

Binocular Head Inclined at 45/30deg.With all Anti-Fungal Coating prisms. Ratable 360 deg. IPD adjustment between 54mm -74mm.

Nose Piece A high precision quadruple nose piece running on Balls with positive indexing.

All positions are parcentered and personalized

Mechanical Stage- Lowpositioned Co-axial calibrated double plate mechanical with feather touchmovement. Wide Field eye piece.

Epi Fluorescent System: The Epi-Illuminationis through 100W Ultra High pressure Mercury Lamp in a Lamp House attached to the Fluorescence Filter Block.

Filters -Two Exciting filters B (Blue), G (Green) Exciting light Filter system, O Ordinary Light System.

Protection Barrier- Orangecoloured plastic screen protection barrier to resist the Ultra Violet Light.

Eye Piece- High Eye PointAnti Fungal Extra Wide Field 10x /FN 18mm) paired eye piece

FluorescenceObjective: 4x,10x,40x(SL) ,100xOil(SL) with Immersion Oil Fluorescence Free Power : AC input 220V,Indicator Display.

Engineered for Precision and Durability

Constructed from a heavy-duty metal frame with anti-rust coatings, this microscope promises long-term stability and minimal maintenance. The double-layer mechanical stage, smooth X-Y control, and ergonomic design ensure effortless operation and comfort during extended use.

Advanced Fluorescence Imaging Capability

Integrated excitation and emission filter sets make this microscope perfect for discerning cellular structures using fluorescence techniques. The high-quality optics, wide field of view, and adjustable illumination allow for bright, clear, and detailed visualization, essential for advanced biological and diagnostic applications.

Safety, Ease, and Versatility in One

With adaptive AC power supply, overcurrent and thermal cut-off protection, and user-centric features like coaxial focus adjustments, this microscope is safe and convenient for diverse environments. Its robust construction, supplied dust cover, and spare parts package enhance reliability and longevity.

FAQ's of Binocular Fluorescence Microscope:

Q: How does the microscope achieve fluorescence imaging?

A: The microscope utilizes high-intensity LED or mercury/pressure sodium lamps to excite fluorescent substances in specimens. Specialized integrated excitation and emission filter sets allow only the desired wavelength to reach the viewer, resulting in vivid fluorescent images of cellular structures.

Q: What is the process for adjusting focus and stage movement?

A: The microscope features a coaxial coarse and fine focusing system for precise focus adjustment, with coarse and fine ranges of approximately 30mm and 0.002mm, respectively. The double-layer mechanical stage is moved smoothly using X-Y mechanical controls, ensuring accurate specimen positioning.

Q: Where is this microscope applicable and what are its main uses?

A: It is widely used in cell biology, microbiology, pathology, medical diagnostics, teaching, and general research where fluorescence imaging is necessary. Its versatility and high-resolution optics make it suitable for a variety of laboratory-based applications.

Q: What benefits does the anti-rust heavy-duty metal body provide?

A: The robust metal frame with anti-rust coatings delivers enhanced durability and resistance to environmental damage, ensuring stable, long-term operation and reduced maintenance costs-ideal for frequent use in laboratories or teaching environments.

Q: When should overcurrent and thermal safety features be considered?

A: These features are particularly important when operating for extended periods or using high-intensity illumination. Overcurrent protection and thermal cut-off for the lamp prevent electrical or thermal overload, protecting both the microscope and the user.

Q: How is dust protected when the microscope is not in use?

A: A fitted dust cover is supplied with the microscope, effectively safeguarding optical and mechanical components from dust accumulation and preserving image clarity and equipment longevity.

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