Laboratory Biological Microscope KLM/B/30T (Trinocular)

Features:

ECO Function Extra Wide Eyepiece 10x/22mm Diopter Adjustable
Large Rackless Safety Working Stage 230x150mm, Moving Range 78x54mm
Infinity Plan NIS60 Objective 4x10x40x100x, Water 100x Immersion Available
Upgradeable to Dark Field, Polarizing, Phase Contrast & Fluorescent Function

Specification
Kiparma Model	KLM/B/30T
Optical System	NIS Infinite Optical System
Observation Method	Bright Field
Head :	Seidentopf Trinocular Head, inclined at 30°, Interpupillary distance 47-78mm, Eyepiece Tube Dia. 30mm, Light Path Fixed 50:50
Eyepiece :	EW 10x/22mm, Diopter Adjustable, Dia. 30mm
Nosepiece :	Quintuple Nosepiece, Dovetail Interface
NIS45 Infinity Plan Objective :	4x/0.10, WD=31.1mm 10x/0.25, WD=18mm 40x/0.65, WD=1.5mm 100x/1.25(Oil), WD=0.16mm
Focusing :	Coaxial Coarse and Fine adjustment, Tension Adjustable, Fine Division 0.002mm, Coarse Focusing Range 28mm
Working Stage:	Double Layer Mechanical Rackless Stage, Size 230x150mm, Moving Range 78x54mm
Condenser :	Inserted Abbe Condenser N.A.1.25 with slot for phase contrast slide and dark field slide.
Illumination :	1W S-LED Critical Illumination Green Filter
Power Supply :	AC 100/240V, 50/60Hz

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Features & Compatibility

Laboratory Biological Microscope KLM/B/30T: Exploring Precision and Clarity

In the realm of scientific exploration, Laboratory Biological Microscope KLM/B/30T stand as indispensable tools, facilitating detailed examination and analysis of microscopic structures. These instruments are crucial in fields ranging from biology and medicine to materials science and forensics. In this comprehensive guide, we delve into the intricacies of laboratory biological microscopes, highlighting their functionalities, applications, and key considerations for choosing the right instrument for your needs.

Understanding Laboratory Biological Microscopes

Laboratory biological microscopes are designed specifically for observing biological specimens that are typically transparent or translucent. They utilize transmitted light to illuminate the sample from below, enabling researchers to view cells, tissues, and microorganisms in great detail. These microscopes consist of several essential components:

Objective Lenses: These lenses are crucial for magnifying the specimen. Laboratory biological microscopes often come with multiple objective lenses (e.g., 4x, 10x, 40x, and 100x), allowing for varying levels of magnification.
Eyepiece or Ocular Lens: Positioned at the top of the microscope, the eyepiece further magnifies the image produced by the objective lens.
Stage and Stage Clips: The stage holds the specimen in place, while stage clips secure it for steady observation.
Condenser: This lens system focuses light onto the specimen to enhance image clarity.

Applications of Laboratory Biological Microscopes

Laboratory biological microscopes find application across diverse scientific disciplines:

Biological Research: Studying cellular structures, tissues, and microorganisms.
Medical Diagnostics: Identifying pathogens and abnormalities in clinical specimens.
Education: Teaching students about cellular biology and microbiology.
Quality Control: Inspecting materials at a microscopic level in manufacturing processes.

Key Features to Consider

When selecting a laboratory biological microscope, several factors influence the choice:

Magnification Range: Consider the range of magnifications needed for your applications. Higher magnifications are essential for detailed cellular and sub-cellular observations.
Optical Quality: Superior optics ensure clear and crisp images, reducing distortion and improving resolution.
Lighting Options: LED illumination is energy-efficient and provides consistent lighting, whereas halogen bulbs offer brighter illumination but generate more heat.
Digital Imaging Capabilities: Some microscopes offer digital cameras for capturing and documenting images, facilitating research and analysis.

Conclusion

Laboratory biological microscopes are indispensable tools for scientific discovery and analysis, offering unparalleled insights into the microscopic world. By understanding their functionalities, applications, and key features, researchers and educators can make informed decisions when selecting the ideal microscope for their needs. Implementing SEO techniques ensures that this valuable information reaches its intended audience effectively, enhancing visibility and engagement within the scientific community and beyond.