Research Biological Microscope LB-12RBM

Research Biological Microscope LB-12RBM

Research biological microscope LB-12RBM is a unit with multiple splitting ratio options for professional analysis. Large sized rackless stage holds two slices simultaneously for comparative studies. Modular frame structure with cross arm and main body improves the system compatibility. Various optional accessories upgrades the unit and makes it more flexible for advanced application.

Buy Now Download Catalog

Specifications

Viewing head Seidentopf Trinocular
Viewing head inclination 30° inclined
Interpupillary distance 50 mm ~ 76 mm
Frame Fluorescence frame (transmitted)
Splitting ratio Eyepiece Trinocular = 100:0 or 20:80 or 0:100
Eyepiece PL 10X/25 mm
Diopter adjustable
Objective (Plan semi-apochromatic fluorescent objective) 4X/0.13 (infinity) ; WD = 18.5 mm
10X/0.30 (infinity) ; WD = 10.6 mm
20X/0.50 (infinity) ; WD = 2.33 mm
40X/0.75 (infinity) ; WD = 0.6 mm
100X/1.30 (infinity) ; WD = 0.21 mm
Nosepiece (with DIC slot) Backward sextuple
Frame structure Low position co-axial coarse and fine adjustment
Coarse adjustment distance: 25 mm
Fine precision: 0.001 mm
Stage (tension adjustable) Double layers mechanical stage
Size: 187 mm x 168 mm
Moving range: 80 mm x 55 mm
Precision: 0.1 mm
Two-way linear drive
Condenser Swing-out type achromatic condenser (N.A. 0.9)
Reflected fluorescence illuminator Sextuple reflected fluorescence illuminator
Iris filter diaphragm and aperture diaphragm
Filter slot and polarizing slot
100 W mercury lamp house
Filament center and focus adjustable
Digital power controller, wide Voltage 100 V ~ 240 V
Transmitted illumination 12 V/100 W Halogen lamp house
Center pre-set
Intensity adjustable

Features

  • Infinite color corrected optical system
  • High eye point wide field plan eyepiece for flat field view
  • Coarse adjustment stop and tightness adjustment function
  • Adjustable intensity by digital set and reset
  • Built-in transmitted filters for observation

Applications

Used in biology, histology, pathology, bacteriology, pharmacy, medical laboratories and education institutes to observe cell, tissues and other specimens.

Optional Accessories

Accessory No Accessory Specifications
RBMA1 Eyepiece PL 10X/25 mm, diopter adjustable
RBMA2 Eyepiece PL 10X/26.5 mm , diopter adjustable
RBMA3 Eyepiece PL 10X/26.5 mm. with rectile, diopter adjustable
RBMA4 Nosepiece Backward Quintuple
RBMA5 Nosepiece Backward Septuple
RBMA6 Camera adapter 0.5X/0.65X/1X focusing C-mount
RBMA7 Camera Cooled CCD Camera
RBMA8 Calibration slide 0.01 mm
RBMA9 Attachment DIC attachment

Our Team Of Experts Will Promptly Address Your Inquiry.

What our customers say

Eng.Enas Jayyousi logo

1 year ago

Add a review

Research Biological Microscope

Research Biological Microscope : Research Biological Microscope LB-11RBM
Viewing head Seidentopf Trinocular
Viewing head inclination 30° inclined
Interpupillary distance 50 mm ~ 76 mm
Frame Biological frame (transmitted)
Research Biological Microscope : Research Biological Microscope LB-13RBM
Viewing head Seidentopf Trinocular
Viewing head inclination 30° inclined
Interpupillary distance 50 mm ~ 76 mm
Frame Biological frame (transmitted)

Labotronics motorized monocular microscope is an advanced optical instrument equipped with a single eyepiece and motorized components for precise control and automation of various functions. It allows users to remotely adjust magnification, focus, and stage movement using digital controls, enhancing convenience and efficiency during observations. These microscopes often feature digital cameras and imaging systems, enabling the capture and recording of images and videos for documentation and analysis.

Video Eyepiece 0.75X
Objective 1X
Working Distance 117mm (from the specimen to illumination part, the distance is 66mm)
Zoom Magnification 0.3X ~ 2.4X

Our reflective polarizing microscope is a specialized optical instrument designed for examining reflective and anisotropic materials under polarized light. Unlike traditional transmitted light microscopes, it utilizes reflected light to observe opaque specimens like metals, minerals, and other reflective surfaces. These microscopes feature specialized objectives, polarizers, and compensators to control and analyze the polarization of light. Reflective polarizing microscopes are commonly used in fields like geology, materials science, and metallurgy to study crystalline structures, stress patterns, and other optical properties in opaque samples. They play a crucial role in analyzing material composition and quality, making them valuable tools for research, quality control, and failure analysis in various industrial and scientific applications.

Viewing head Binocular
Eyepiece WF10X / 18
Optical compensator λ Slip (First class red) 1/ 4λ Slip Quartz wedge
Achromatic objective 4X 10X

Labotronics offers advanced ENT Operating Microscopes designed to enhance precision and clarity during surgical procedures. They feature high-resolution optics, allowing for detailed visualization of anatomical structures. These microscopes are designed with robust, stable frames, ensuring precise positioning and movement during surgeries. They are equipped with integrated LED illumination, providing shadow-free lighting for enhanced visibility. Our ENT operating microscopes provide adjustable focus and zooming options for clear magnification.

Binocular magnification 8 X
Binocular 0 to 180° inclinable
Eyepiece magnification 12.5 X
Interpupillary distance 50 mm to 80 mm

Our inverted metallurgical microscope is a specialized optical instrument designed for the examination and analysis of opaque materials, particularly in metallurgy and materials science. Unlike traditional microscopes, it has its light source and objective lenses positioned above the specimen, making it ideal for viewing polished metal samples, ceramics, and other solid materials that cannot be made transparent. Inverted metallurgical microscopes often feature polarized light, darkfield illumination, and advanced imaging capabilities for inspecting the microstructure, composition, and defects in metallic alloys and materials.

Viewing Head Monocular viewing head
Eyepiece Wide field eyepiece WF10X/18 mm Wide field eyepiece WF12.5X/14 mm
Objective Achromatic objective 10X/0.25, WD=6.3 mm Plan achromatic objective 40X/0.65, WD=0.7 mm Achromatic objective 100X/1.25(oil), WD=0.1 mm
Nosepiece Triple nosepiece
Viewing Head Tinocular viewing head
Eyepiece Wide field eyepiece WF10X/18 mm Wide field eyepiece WF12.5X/14 mm
Objective Achromatic objective 10X/0.25, WD=6.3 mm Plan achromatic objective 40X/0.65, WD=0.7 mm Achromatic objective 100X/1.25(oil), WD=0.1 mm
Nosepiece Triple nosepiece
Resolution 12.0 Mega Pixel
Video Resolution 1920 × 1080 / 30 fps
Sensor Size 1 / 2.5 Inches
LCD Screen 9 Inches HD LCD Screen, Resolution is 1280 × 800 MP
Viewing head Trinocular head
Viewing head inclination degree Inclined at 30°
Interpupillary distance 48 mm ~ 75 mm
Eyepiece High-point, extra wide field eyepiece EW10×/ 20mm

We provide an inverted biological microscope, a specialized optical instrument designed for studying biological specimens that cannot be easily examined on a conventional upright microscope. Inverted microscopes have their light source and objective lenses positioned below the specimen, allowing for the examination of cells, tissues, and other biological samples cultured in containers like Petri dishes or multi-well plates. These microscopes are commonly used in cell biology, microbiology, and tissue culture applications, providing a clear view of live cells and tissues in their natural environment.

Viewing head Seidentopf Trinocular
Viewing head inclination Inclined at 30°
Interpupillary distance 48 mm ~ 75 mm
Eyepiece WF10X/20 mmEyepiece tube Φ 30 mm
Viewing head Trinocular
Viewing head inclination Inclined at 30°
Interpupillary distance 48 mm ~ 75 mm
Eyepiece EW10X/22 mm
Viewing Head Trinocular head inclined at 30°C
Interpurpillary Distance 48 – 75 mm
Eyepiece High point, wide field eyepiece EW10x/22mm
Nosepiece Quintuple
WhatsApp
×

Get Quotation

Follow Us

Copyright © Labotronics Scientific 2024