Get Quote

Contact us now to receive a detailed quotation.

Need quick help? Chat with us on WhatsApp:

WhatsApp QR Code

OR

Biological Microscope LMBM-423

Biological Microscope LMBM-423 features Infinity PLAN objectives 4X, 10X, 40X(S), 100X(S, Oil) for high-resolution imaging. Integrated with LED illumination system with adjustable brightness control for optimal viewing. It offers a dual slide holder with 0.1 mm scale to accommodate multiple samples securely. Equipped with a sturdy metal frame ensures long-term stability and durability during extended workflow. Our Biological Microscope is designed with 30° inclined optical assembly to reduce neck strain.

Catalog Send Mail Whatsapp

Specifications

Magnification Range 40X to 2000X
Eyepiece WF10X/20mm
Infinity PLAN Objectives 4X/ 10X/ 40X(S)/ 100X(S,Oil)
Viewing Head Trinocular Head
Head Position 30° inclined, 360° rotatable
Interpupillary Distance 48 to 75 mm
Light Distribution Ratio 20:80
Nosepiece 4 holes (Quadplex)
Condenser Abbe N.A. 1.25(Iris Diaphragm)
Illumination System 3W LED
Base External power adapter with data cable
Focusing System Coaxial coarse and fine knobs
Coaxial Coarse Focusing Range 25 mm
Fine Knobs Focusing Range 2µm/division
Mechanical Stage Dual slide holder with 0.1 mm scale
Mechanical Stage Dimension 145 × 140 mm
Mechanical Stage Adjustment Range 76 × 52 mm
Power Supply 100V to 240V
Packaging Dimension 345 × 260 × 455 mm
Net Weight 5.3 kg
Gross Weight 6.7 kg

Features

Trinocular Head

Quadplex Nosepiece

Abbe N.A. Condenser

Coaxial Coarse and Fine Knobs

Oil Immersion Capability

Applications

Biological Microscope LMBM-423 is vital for detailed studies in microbiology, pathology, and molecular biology research.

Similar Products

Digital Biological Microscope LMBM-502

  • Magnification Range: 40X to 1000X
  • Eyepiece: WF10X/20mm
  • Infinity Plan Objectives: 4X/ 10X/ 40X(S)/ 100X(S,Oil)
  • Viewing Head: Binocular Head
  • Head Position: 30° inclined, 360° rotatable

Biological microscope LMBM-414

  • Optical System: Finite Optical System
  • Viewing Head: Monocular viewing head, 45° inclined, 360° rotation
  • Magnification: 40X to 1600X
  • Objectives: 195 Achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)
  • Eyepiece: Wide field WF10X/18mm and Wide field WF16X/13 mm

Biological Microscope LMBM-421

  • Magnification Range: 40X to 2000X
  • Eyepiece: WF10X/20mm
  • Infinity EPLAN Objectives: 4X/ 10X/ 40X(S)/ 100X(S,Oil)
  • Viewing Head: Trinocular Head
  • Head Position: 30° inclined, 360° rotatable
Biological Microscope LMBM-416
  • Optical System: Infinite Optical System
  • Viewing Head: Compensation-free Binocular Viewing Head Inclined at 30°
  • Interpupillary Distance: 48 to 75mm
  • Eyepiece: WF10X/22 mm
  • Objective: 4X, 10X, 20X, 40X, 100X
Biological Microscope LMBM-401
  • View Head: Seidentopf trinocular viewing head, Inclined at 30°, 360° rotatable, Interpupillary distance 47 to 78mm, Tube diameter 30mm, Splitting ratio 5:5, anti-fungal
  • Dioptre Adjustment: ± 5 dioptres
  • Eyepiece: EWF 10X/22
  • Nosepiece: Backward quintuple
  • Observation Method: Bright field

Biological Microscope LMBM-412

  • Optical System: Infinite Plan Achromatic
  • Viewing Head: Siedentopf binocular, inclined at 30°
  • Interpupillary Distance: 48 to 75mm
  • Eyepiece: EW10X/22
  • Objective: Infinite Plan Achromatic objective: 4X, 10X, 40X, 100X

Biological Microscope LMBM-601

  • Optical system: Infinity optical system
  • Observation: Bright field
  • Viewing head: Binocular tube, 30° inclined, 360° rotating
  • Interpupillary distance: 47 mm to 78 mm
  • Diopter Control: ±5 diopters

Biological Microscope LMBM-415

  • Optical System: Infinite optical system
  • Viewing Head: Binocular, Digital, or Triocular Head; 30° Inclined
  • Interpupillary Distance: 48 to 75 mm
  • Eyepiece: Wide Field WF 10X/20
  • Nosepiece: Medium five-hole or Encoding nosepiece
Biological Microscope LMBM-418
  • Viewing Head: Siedentopf Binocular Viewing Head Inclined at 30°, 360° rotation
  • Interpupillary Distance: 48 to 75mm
  • Eyepiece: WF10X/18 mm
  • Objective: 4X, 10X, 40X(s), 100X(s, oil)
  • Nosepiece: Quadruple
Biological Microscope LMBM-402
  • View Tube: Binocular/Trinocular head, 30 ° inclined
  • Diopter adjustment: ± 5 diopters
  • Eyepiece: WF10X/18
  • Nosepiece: Quadruple reversed angle nosepiece
  • Observation Method: Bright field

Biological Microscope LMBM-413

  • Optical System: Infinity plan achromatic system
  • Observation Tube: 45°inclined trinocular head, 360°rotatable
  • Diopter Adjustment: ± 5 diopters
  • Interpupillary Distance: 50-75mm
  • Eyepiece: HC PLAN 10X/22mm

Biological Microscope LMBM-408

  • Optical System: Infinite optical system
  • Viewing Head: Compensation free binocular head, inclined at 30°
  • Interpupillary Distance: 47 to 75mm
  • Eyepiece: WF10X/20mm
  • Objective: Infinite plan achromatic objective: 4X, 10X, 40X, 100X

Biological Microscope LMBM-404

  • View Tube: Binocular, 45° inclined
  • Diopter Adjustment: ± 5 diopters
  • Eyepiece: WF10X/18
  • Nosepiece: Quadruple revolving nosepiece
  • Observation Method: Bright field
Biological Microscope LMBM-422
  • Magnification Range: 40X to 2000X
  • Eyepiece: WF10X/20mm
  • Infinity PLAN Objectives: 4X/ 10X/ 40X(S)/ 100X(S,Oil)
  • Viewing Head: Binocular Head
  • Head Position: 30° inclined, 360° rotatable
Biological Microscope LMBM-403
  • View Tube: Monocular, 30° inclined
  • Diopter Adjustment: ± 5 diopters
  • Eyepiece: WF10X/18 mm
  • Nosepiece: Three-position
  • Observation Method: Bright field

Frequently Asked Questions

1 What is a Biological Microscope?

A Biological Microscope is an optical instrument designed for viewing small specimens such as cells, tissues, and microorganisms that are not visible to the naked eye.

2 How does Biological Microscope work?

It works by using a series of lenses to magnify the image of a biological sample, allowing detailed observation of microscopic structures.

3 What specimens can be observed under Biological Microscope?

It is commonly used to observe specimens such as blood cells, bacteria, plant tissues, and animal cells.

4 How should Biological Microscope be maintained?

It should be kept clean, covered when not in use, and regularly calibrated to ensure accurate observation and longevity.

5 How is Biological Microscope used in medical diagnostics?

It is used in medical diagnostics to examine blood smears, tissue biopsies, and bodily fluids for the presence of abnormal cells, bacteria, or parasites.

6 How does Biological Microscope help in microbiology research?

In microbiology research, it allows scientists to study the structure, morphology, and behavior of microorganisms like bacteria and fungi under controlled conditions.

7 How is a Biological Microscope applied in botanical studies?

It is used in botanical studies to observe plant cell structures, stomata, and tissue organization, helping researchers understand plant physiology and development.

8 How does Biological Microscope support pathology labs?

In pathology labs, it is essential for analyzing tissue samples to detect diseases such as cancer, based on cellular abnormalities and histological patterns.

9 Is Biological Microscope useful in forensic investigations?

It is useful in forensic investigations for analyzing biological evidence such as hair, fibers, and bodily fluids to assist in criminal cases.

10 Can Biological Microscope assist in environmental monitoring?

It assists in environmental monitoring by enabling the study of microorganisms in water and soil samples, helping to detect pollution and ecological imbalances.