Research Inclined Trinocular Microscope BM – 8tr (Ultra)
The Research Inclined Trinocular Microscope BM-8TR Ultra is designed for advanced laboratory work, micro-analysis, and high-clarity imaging. It supports both visual observation and documentation through its trinocular head, making it ideal for research labs, universities, pathology centers, and training institutes. The optical system delivers sharp images across all magnifications, while the smooth mechanics ensure precise control during long hours of use. Every part is built to offer stability, accuracy, and long-term reliability. With its solid construction and high-quality components, this microscope gives professionals a dependable tool for detailed scientific study.
Technical Specification Table
| Specification | Details |
|---|---|
| Viewing Head | Trinocular head with hard-coated prisms |
| Eyepieces | Extra Wide Field 10X, 18 mm paired |
| Objectives | Semi-plan achromatic 4X, 10X, 40X, 100X (oil) |
| Nosepiece | Quadrate revolving, ball-bearing supported |
| Stage | Double-layer mechanical stage with low-positioned coaxial knobs |
| Focusing | Coarse and fine focusing system |
| Illumination | Bright LED with solid-state power circuitry |
| Condenser | High-quality condenser lens for all magnifications |
| Body | Stable and durable structure for research use |
Key Features
• Trinocular head with hard-coated prisms for stable and clear imaging
• Extra Wide Field 10X eyepieces with 18 mm field of view
• Quadrate revolving nosepiece with ball bearings for smooth rotation
• Semi-plan achromatic objectives for sharp and flat images
• Objectives 4X, 10X, 40X, and 100X oil for versatile observation
• Double-layer mechanical stage with smooth movement
• Low-positioned coaxial stage knobs for comfortable use
• Fine and coarse focusing system for precise adjustments
• High-quality condenser lens for efficient light control
• Bright LED illumination with solid-state power circuitry
• Durable body structure for routine research work
• Easy attachment of camera for documentation and imaging
Working Principle
Light from the LED source passes through the condenser and reaches the specimen. The objectives collect this light and form a magnified image. The eyepieces further enlarge the image for clear viewing. The trinocular port allows a camera to capture or record the same image. The focusing knobs move the stage smoothly to bring the sample into sharp focus. Each magnification level works with the condenser and LED light to maintain clarity and brightness.
Use Cases
• Research laboratories studying cells, tissues, and microorganisms
• University and medical college practical sessions
• Pathology and diagnostic centers
• Teaching labs that need both visual and camera-based observation
• Training institutes offering microscopy courses
• Small research facilities needing high-clarity imaging
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