Send Inquiry

Request To Call Back

Upright Research Fluorescent Microscope

Get a Price/Quote

Upright Research Fluorescent Microscope Specification

Spare Parts
Supplied objectives, replacement bulbs, fuse, dust cover

View Head
Binocular, ergonomic design

Focus System
Coaxial coarse and fine focus, tension adjustable

Features
High-sensitivity fluorescence detection, ergonomic viewing, modular accessories, robust mechanical construction

Theory
Upright Research Fluorescent Microscope utilizes advanced fluorescent technology to enhance specimen visibility and contrast for research applications.

Drawtube
Binocular

Sensor
High-sensitivity CCD/CMOS sensor for fluorescence imaging

Resolution
Up to 1920 x 1080 pixel output

Interface
USB 3.0, HDMI output

Frame Rate
30 fps live imaging (1080p)

Focal Distance
45mm standard

Magnification
Total magnification range 40x to 1000x (Depending on objectives used)

Dimensions
Microscope frame approx. 430 x 230 x 490 mm

Focus Range
Coarse and fine adjustment mechanisms; focus stroke 20mm

Eyepieces
Wide field 10x/18 mm

Eyepiece Tube
Binocular inclination 30

Illumination
LED epi-fluorescent light source; transmitted halogen/LED illumination

Coarse Adjustment Range
20mm

Fine Adjustment Range
2m per graduation

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

Still Image Capture Resolution
Up to 5MP (depending on camera module)

Video Capture Resolution
Full HD 1080p

Image Format
JPG, BMP, PNG

Interpupillary Distance
Adjustable, 50mm to 75mm

Objective Achromatic
4x, 10x, 40x (spring), 100x (spring, oil)

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

Light Source
Epi-fluorescent LED illumination, separate transmitted LED/Halogen lighting

Weight
~10 kg (including all attachments)

Environmental Operating Conditions
Operates between 10C 40C, humidity <70%

Color
Microscope frame: white/grey finish

Anti-Vibration Pads
Included for stable imaging

Safety
Overload protection on illumination circuit

Application
Ideal for cytology, pathology, molecular biology, and educational research

Power Supply
Universal 100-240V AC, 50/60Hz

Filter Set
Multiple filter cubes; FITC, DAPI, TRITC for versatile fluorescence observation

Stage Movement
Low-position coaxial control for precise X-Y navigation

Objective Mounting
Quadruple nosepiece, smooth rotation

Body Construction
Cast metal frame for enhanced stability

About Upright Research Fluorescent Microscope

19. Upright ResearchFluorescent Microscope

SPECIFICATIONS:

OpticalSystem: Color Corrected Infinity Optical System, antifungal &antireflection Coated

Magnification:4x, 10x, 40x, 100x (40x to 100x)

ObservationHead: Sidentoph Trinocular head inclined at 30, Swiveling 360 rotatable
with interpupillary distance of 48-75mm

Nose-piece:Ultra-smooth Quintuple revolving nose-piece ball
bearing type with proper click stops, rubber grip.

Eyepieces:Wide Field 10x eye-piece with 22mm F.O.V (anti-fungal)

MechanicalStage: Mechanical Rectangular stage size 210mm X140mm.
X/Y travel range 90mm X 70mm with upper limit stopper, dual slide holder.

Division:0.1mm Low drive right side movement controls.
Coated surface for scratch resistance. Double specimen holder clip.

Objectives:High Contrast infinity corrected iQVST series
Plan FL objectives 4x (N.A. 0.10, W.D. 18mm),
10x (N.A. 0.25,W.D. 7.0mm), 40x (SL, N.A. 0.65, W.D. 0.60mm)
and 100x (SL, Oil, N.A. 1.25, W.D. 0.12mm) antifungal, antireflection coated.

Condenser:Abbe condenser NA 1.25 with aspheric lens.
Iris diaphragm with Frosted white filter, antifungal &
antireflection coated. Rack and pinion movements on
stainless steel guides.

FocusingControl: Co-axial coarse and fine focusing on
gear systems for smooth operation. Fine adjustment
0.2mm/rotation and upper limit stopper.

Illumination:Q-LED 3.3W 3V illumination with
variable control. Up to 100,000 hours of LED life.
Universal input 110V 240V AC, 50/60 Hz with in-built
NI-CD rechargeable battery ann backup up to 10 hours.

FluorescentAttachment: Reflected LED fluorescence system,
filter system with two filters- Blue and Green.

Accessories:Mirror, filter holder fixed in the
condenser, dust cover, cleaning cloth, 100x oil, power
cable, Styrofoam casing.

Versatile Fluorescence Imaging

With dedicated filter cubes for FITC, DAPI, and TRITC, this microscope supports versatile fluorescence observation. High-sensitivity sensors deliver brilliant, high-resolution images, making the instrument suitable for diverse biological and medical applications where fluorescent tagging is vital.

Enhanced Ergonomics & Stability

The cast metal frame and anti-vibration pads provide superior stability during imaging sessions. The ergonomic binocular head, adjustable interpupillary distance, and low-position coaxial stage controls contribute to comfortable, prolonged usage without fatigue, even during detailed examinations.

Precision and Safety Features

Coaxial coarse and fine focus mechanisms, along with smooth objective rotation, ensure precise sample navigation and clarity. Illumination is protected by an overload circuit, safeguarding both the equipment and user. Universal power compatibility suits various global laboratory settings.

FAQs of Upright Research Fluorescent Microscope:

Q: How does the Upright Research Fluorescent Microscope improve visibility of fluorescent specimens?

A: The microscope uses advanced epi-fluorescent LED illumination and multiple filter cubes (FITC, DAPI, TRITC) to enhance specimen contrast, making fluorescent signals clearly visible for observation and research purposes.

Q: What safety mechanisms are included with this microscope?

A: Built-in overload protection on the illumination circuit ensures safe operation and prevents electrical damage, while anti-vibration pads maintain imaging stability during use.

Q: When should I use the different filter cubes provided?

A: Use FITC for green fluorescence, DAPI for blue fluorescence (DNA staining), and TRITC for red fluorescence; select the appropriate filter based on the specific fluorophore used in your experiment.

Q: Where is this microscope best utilized?

A: This instrument is ideal for laboratories specializing in cytology, pathology, molecular biology, and educational research, where high-quality fluorescence imaging is required.

Q: What is the process for capturing images and videos with this microscope?

A: Connect the high-sensitivity CCD/CMOS camera via USB 3.0 or HDMI. Capture still images up to 5MP or record full HD 1080p video at up to 30 fps for documentation and analysis.

Q: How does the microscope facilitate precise sample navigation?

A: The double-layer mechanical stage employs low-position coaxial controls for smooth X-Y movement, complemented by coarse and fine focusing mechanisms for accurate focal adjustments during examination.

Q: What are the key benefits for research and educational usage?

A: Its modular design, high-resolution imaging, ergonomic features, robust stability, and specialized fluorescence detection make it a valuable tool for detailed analysis and teaching across biological and medical disciplines.

Tell us about your requirement