Dissecting Microscope (MD - 1)
With a round base having all brass parts with 10x and 20x eyepieces ...
Dissecting Microscope (MD - 1)
Technical Specifications – Dissecting Microscope MD-1
| Specification | Details |
|---|---|
| Eyepieces | High-eye-point 10X and 20X lenses |
| Viewing Arm | Jointed arm enabling full-area stage scanning |
| Stage Size | 85 mm × 75 mm |
| Stage Design | Glass stage with spring clips; white/black metal plate for background contrast |
| Mirror | Substage plano-concave mirror for daylight and artificial light reflection |
| Mechanism | Rack and pinion enclosed inside stage support pillar |
| Focusing | Side-mounted knobs for smooth focusing |
| Hand Rests | Detachable hand rests on both sides for steady dissection |
| Use Case | Demonstration, organism study, biology training, fine dissection work |
Key Features – Dissecting Microscope MD-1
Clear and Comfortable Viewing
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High-eye-point 10X and 20X lenses for relaxed, wide observation.
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Jointed arm design allows scanning of the entire stage area.
Functional and Versatile Stage
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85 mm × 75 mm glass stage supports easy specimen placement.
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Spring-loaded clips keep samples secure during study.
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White/black metal background plate enhances contrast for different specimens.
Reliable Illumination
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Plano-concave mirror ensures effective reflection of natural and artificial light.
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Works perfectly in classrooms without a built-in light source.
Smooth Focusing Control
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Rack and pinion mechanism enclosed for durability and accuracy.
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Side knobs provide controlled focusing during demonstrations or dissections.
Stable Dissection Support
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Detachable hand rests on both sides offer steady positioning during delicate work.
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Ideal for anatomy, botany, zoology, and entomology practicals.
Working Purpose / Applications
The MD-1 Dissecting Microscope is suitable for close examination of insects, leaves, crystals, seeds, microorganisms, and small biological structures. It is widely used in school and college laboratories, training centres, and basic research work where low-magnification surface study or dissection is required.
Frequently Asked Questions
Q1. What type of microscope is this, and what kind of work is it visually designed for?
This is a dissecting (simple optical) microscope designed for low-magnification, surface-level observation. Its open stage and top-view optical path indicate use for examining small organisms, insects, plant parts, or components during manual handling or dissection rather than slide-based viewing.
Q2. How does the single eyepiece affect observation and user comfort?
The microscope uses a monocular viewing system, meaning observation is done through one eyepiece at a time. This suits short to moderate observation sessions and instructional demonstrations, but it is not intended for prolonged binocular comfort or depth perception–critical tasks.
Q3. What can be inferred about the magnification and optical performance from the visible setup?
The presence of interchangeable eyepiece lenses and a fixed optical body suggests low-power magnification suitable for overview and detail inspection. This setup prioritizes clarity over high magnification, making it ideal for seeing structure, shape, and surface details rather than cellular-level resolution.
Q4. How is illumination achieved, and what are its practical limitations?
The microscope relies on a substage mirror for illumination, reflecting ambient or external light onto the specimen. This means brightness depends on room lighting conditions, and there is no built-in controlled light source for consistent intensity or contrast adjustment.
Q5. Who is the most suitable user for this specific microscope model?
This model is best suited for students, educators, and users performing basic biological dissections or demonstrations. It is not intended for advanced laboratory diagnostics, pathology, or precision measurement tasks requiring high magnification or digital imaging.
Q6. What does the visible mechanical design suggest about durability and maintenance?
The solid metal base, simple focusing mechanism, and minimal optical components indicate a robust, low-maintenance design. With no internal electronics or complex optics, routine care mainly involves keeping lenses clean and protecting the mirror and stage from physical damage.
