Advance Research Microscope

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Advance Research Microscope Specification

View Head
Trinocular, 30 inclined, 360 rotatable

Focus System
Coaxial coarse and fine focusing, mechanical gear system

Features
Anti-fungal optical system, ergonomic handle, vibration-free base, high contrast imaging

Spare Parts
Supplied: Dust Cover, Immersion Oil, Fuses, Replacement Bulb

Theory
Compound Optical Microscope for Advanced Research Applications

Drawtube
Trinocular (for Camera and Observation)

Sensor
Compatible with Digital Imaging Sensor

Resolution
Up to 1920x1080 (Full HD), depends on attached camera

Interface
USB 2.0/3.0, HDMI (depending on attached camera)

Frame Rate
Up to 30 fps (with supported camera)

Focal Distance
160 mm (Mechanical Tube Length)

Magnification
40x to 1000x (Standard configuration)

Dimensions
Approx. 380 (H) x 210 (W) x 370 (D) mm

Focus Range
Coarse and Fine Adjustment, Total travel approx. 30 mm

Eyepieces
Wide Field 10X/18 mm or 10X/20 mm (Pair)

Eyepiece Tube
Inclined at 30 for comfort, 360 rotatable

Illumination
Built-in LED or Halogen, 6V/20W, Adjustable Brightness

Coarse Adjustment Range
~15 mm per rotation

Fine Adjustment Range
~0.002 mm per division

Working Stage
Mechanical Stage, 140 x 140 mm with X/Y movement 75 x 50 mm

Still Image Capture Resolution
Up to 5 megapixels (with digital camera attached)

Video Capture Resolution
1920 x 1080p

Image Format
JPEG, BMP, TIFF, PNG (via camera software)

Interpupillary Distance
55-75 mm adjustable

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

Condenser
Abbe condenser, NA 1.25, with iris diaphragm and filter holder

Light Source
Halogen 6V/20W or LED, field diaphragm

About Advance Research Microscope

In order to satisfy the diverse preferences of customers, we are offering superior quality Advance Research Microscope that is mainly used in research laboratory, biological labs to see different view of objects that are too small. Offered microscope is manufactured using premium quality components and equipped with high performing lens. Also, offered microscope is tested against various parameters to ensure its flawlessness. This Advance Research Microscope is highly demanded in the market and available in diverse specifications to meet the exact needs of clients.

Features:

Optimum performance
Obtain accurate view of image
Longer service life
Light control arrangement

Robust Construction

Built on a heavy-duty metal alloy frame, the microscope resists rust and wear, ensuring long-term reliability in demanding laboratory environments. The vibration-free base and ergonomic handle facilitate comfortable use and stable imaging, even during extended research sessions.

Advanced Imaging Performance

Equipped with achromatic objectives (4x, 10x, 40x, 100x oil), wide-field eyepieces, and anti-fungal optics, this device produces high contrast images. Flexible filter options and multiple illumination sources (LED or halogen) enable optimal viewing under various contrast conditions and sample types.

Versatile Connectivity

The trinocular head supports simultaneous observation and digital imaging, compatible with most C-mount and digital microscope cameras. The microscope offers USB and HDMI interfaces, supporting still and video capture in several popular formats via camera software.

FAQs of Advance Research Microscope:

Q: How does the Advance Research Microscope ensure imaging precision during specimen observation?

A: The X/Y double-layer mechanical stage with precision drive, along with coaxial coarse and fine focusing, provides smooth and accurate movement. Achromatic objectives and anti-fungal optics deliver clear, high-contrast images for detailed analysis.

Q: What types of cameras are compatible with the trinocular head of this microscope?

A: The microscope is compatible with C-mount and most digital imaging microscope cameras. It supports USB 2.0/3.0 or HDMI interfaces, depending on the camera, enabling real-time and high-resolution image or video capture.

Q: When should the rotatable filter holder be used during laboratory procedures?

A: The rotatable filter holder is used when changing contrast or applying specific filter options. This feature supports multiple filter types to enhance sample contrast, making it ideal for fluorescence, phase contrast, or other advanced imaging techniques.

Q: Where can the Advance Research Microscope be effectively utilized?

A: It is well-suited for academic research laboratories, clinical diagnostics, industrial quality control, and educational institutes. Its robust build and advanced imaging make it versatile for diverse research environments.

Q: What safety mechanisms are integrated within the microscopes power system?

A: The microscope is equipped with electrical overload and overheat protection, safeguarding both the user and the device during operation. This ensures safe and continuous use, especially in extended research applications.

Q: How is image and video data processed and stored using this microscope?

A: Image and video data is captured through compatible digital cameras attached to the trinocular head. Files can be saved in JPEG, BMP, TIFF, and PNG formats, with video recording up to Full HD resolution at 30 fps, managed via camera software.

Q: What are the benefits of using a compound optical microscope with trinocular drawtube for research purposes?

A: The compound optical configuration offers high magnification (40x1000x) while the trinocular design enables simultaneous specimen observation and digital documentation, increasing efficiency for collaborative and remote research or analysis.

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