Send Inquiry

Request To Call Back

PZQ-102 Fluorescent Research Microscope

Get a Price/Quote

PZQ-102 Fluorescent Research Microscope Specification

Focus System
Coaxial coarse and fine focusing

View Head
Trinocular head with inclined viewing and camera port

Spare Parts
Replacement bulbs, objective lenses, fuses

Features
Anti-fungal coated optics, ergonomic design, multi-fluorescence capability, modular construction

Theory
Fluorescent Research Microscope based on advanced optic system, suited for biological and research applications.

Drawtube
Trinocular

Sensor
High-sensitivity CMOS

Resolution
Full HD (1920 x 1080)

Interface
USB 2.0, HDMI

Frame Rate
30 fps (Full HD)

Focal Distance
160 mm (finite) or infinity corrected (optional)

Magnification
40X 1000X

Dimensions
430 x 270 x 180 mm (approx.)

Focus Range
Coarse: 20 mm, Fine: 0.002 mm

Eyepieces
Wide field WF10X/20mm; optional WF16X

Eyepiece Tube
30 inclined, 360 rotatable

Illumination
6V 20W halogen lamp with fluorescence attachment, LED options available

Coarse Adjustment Range
Approx. 30 mm

Fine Adjustment Range
0.002 mm per division

Working Stage
Double-layer mechanical stage 140 x 140 mm, X-Y travel 75 x 50 mm

Still Image Capture Resolution
1920 x 1080 pixels

Video Capture Resolution
1920 x 1080 @30fps

Image Format
JPEG, BMP, PNG

Interpupillary Distance
48 75 mm adjustable

Objective Achromatic
4x, 10x, 40x (S), 100x (S, Oil)

Condenser
NA 1.25 Abbe condenser with iris diaphragm

Light Source
Fluorescent lamp, halogen & LED alternatives

Dust Cover
Provided

Safety Standards
CE certified

Fluorescence Channels
Blue, Green, UV (multi-channel capability)

Humidity Range
85% RH, non-condensing

Observation Method
Brightfield, Fluorescence

Body Material
Robust metal frame with anti-vibration base

Filter Wheels
5-position manual fluorescence filter wheel

Operating Temperature
10C 40C

Power Supply
AC 220V 10%, 50/60 Hz

Mechanical Stage Movement
75 mm x 50 mm

Stage Size
140 mm x 140 mm

About PZQ-102 Fluorescent Research Microscope

. Fluorescent ResearchMicroscope

Description

FEATURES:Microscopewith Universal Infinity corrected system for BRIGHTFIELD, FLUORESCENCEAPPLICATIONS AND should be useful to DIC Applications later, Built-in-Kholer 6V/20W Halogen illumination for transmitted light with light preset switch, Lightintensity LED Indicator, built in filters (ND6, ND25 etc) & Hg HBO-100WMercury lamp attachment for Reflected light Fluorescence application and filterset for Blue excitation. EX490nm (blue), EX545nm (Green) exciting light fittersystem, O ordinary light system, Interchangeable Trinocular with inclined 30degree for observation, Ceramic coated scratch proof co-axial stage with leftor right hand low drive X & Y control with torque adjustment, UniversalAbbes condenser for bright field, applications & UV Protection screen.

SPECIFICATIONS:

Optical System:	Infinite Optical System
Viewing Head:	Compensation Free Trinocular Head Inclined at 30Interpupillary Distance 48-75mm
Eyepiece:	Extra Wide Field Eyepiece EW10/20
Nosepiece:	Quadruple Nosepiece
Objective:	Objective finite Plan Achromatic Objective 4 , 10, 40, 100
Condenser:	Abbes Condenser NA 0.9/ 1.25
Focusing:	Coaxial Coarse & Fine Adjustment, fine-focusing scale value 0.002mm
Stage:	Double Layers Mechanical Stage 180160/ 8050 mm
Kohler Illumination:	Transmission illumination Kohler illumination with aperture iris diaphragm and field iris diaphragm Brightness adjustable
Lamp:	Halogen Bulb 12V/100WAC85V-230V
Fluorescent attachment:	B Wave band
Optional Accessory:	Eyepiece: WF15X ,WF20X objectiveinfinite Plan large N.A fluorescent objectives 4X/0.1510X/0.3520X/0.6040X/0.75100X/0.90Dry Photography attachment and CCD C-mount0.5X0.57X0.75X 1.3Mega2.0Mega3.0Mega5.0Mega10.0Mega pixels CMOS Digital camera eyepiece CCD Camera, color 1/3 High resolution 700 TV lines Image analysis software Future ready Fl Bands GVUVWave band

Advanced Multi-Channel Fluorescence

The PZQ-102 is equipped with a 5-position manual fluorescence filter wheel supporting blue, green, and UV channels, making it perfect for multi-labeling and advanced biological imaging. This flexibility enables researchers to switch between channels and capture intricate cellular structures with clarity.

Precision Optics and Ergonomics

The microscope offers achromatic objectives ranging from 4x to 100x magnification, wide field eyepieces, and anti-fungal optical coatings. Combined with an adjustable, trinocular head and ergonomic inclined tube, it ensures user comfort during prolonged sessions while delivering high-resolution images.

User-Friendly, Modular Design

Featuring a durable metal construction with an anti-vibration base, double-layer mechanical stage, and intuitive coaxial coarse and fine focus adjustments, the PZQ-102 is both robust and easy to upgrade or maintain. Compatible with replacement parts, it supports evolving research needs.

FAQs of PZQ-102 Fluorescent Research Microscope:

Q: How does the 5-position manual fluorescence filter wheel enhance research capabilities?

A: The 5-position manual fluorescence filter wheel allows users to quickly switch among blue, green, and UV channels. This multi-channel capability supports versatile sample imaging, enabling detailed studies of different fluorescent markers without cross-talk or the need for repeated reconfiguration.

Q: What advantages does the PZQ-102 microscope offer for biological research applications?

A: Designed for precision, the PZQ-102s advanced optical system, high-sensitivity CMOS sensor, and Full HD output produce clear, detailed images suitable for cell biology, pathology, and research labs. Its ergonomic design ensures comfort, while anti-fungal coated optics are ideal for sensitive environments.

Q: When is it beneficial to use the fluorescence observation method over brightfield?

A: Fluorescence observation is beneficial when you need to detect specific cellular structures or molecules tagged with fluorescent dyes. It offers higher specificity and contrast than brightfield, making it essential for applications like immunofluorescence, cell tracking, and molecular biology studies.

Q: Where can the PZQ-102 microscope be effectively used?

A: Thanks to its CE certification and robust build, the PZQ-102 is suitable for laboratories in research institutes, universities, hospitals, and biotechnology companies. Its operating range of 10C to 40C and up to 85% humidity allows reliable function in various controlled environments.

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

A: Images and videos are captured using the high-sensitivity CMOS sensor through the camera port. The microscope outputs Full HD stills and 30fps video, and files can be saved in common formats like JPEG, BMP, or PNG via USB 2.0 or HDMI interfaces for easy documentation and sharing.

Q: How is maintenance handled for the PZQ-102 microscope?

A: Maintenance is straightforward due to the modular design. Common replacement partssuch as bulbs, objective lenses, and fusesare readily available. The anti-fungal optics coating and included dust cover further protect the microscope, preserving its optical performance and longevity.

Q: What usage benefits does the anti-vibration base and anti-fungal coating provide?

A: The anti-vibration base ensures stability and sharp images during sensitive observations, even in active lab environments. The anti-fungal coating on the optics helps maintain clarity and prevents deterioration, making the microscope reliable for long-term research applications.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

More Products in Microscope Category

Fluorescent Research Microscope

Light Source : LED (fluorescence), 3W, integrated power supply

Magnification : 40X to 1000X (4x, 10x, 40x, 100x objectives)

Illumination : LED fluorescence illumination, 3W

Working Stage : Mechanical stage 140 mm x 140 mm, moving range 75 mm x 50 mm

View Head : Trinocular, inclined, 30 & 360 rotatable

Theory : Other, Fluorescence microscopy utilizes the property of fluorescence to generate an image and study properties of organic or inorganic substances.

Get a Price/Quote