About Dissecting Microscope
Dissecting Microscope
Square stage with two clips for holding slide clear glass stage matted plate and hand rests 10x and 20x magnifying eyepieces focusing by rack & pinion mechanism plane and concave mirror two hinged joint arm made of brass for magnifier thermacol packing ,dust cover
Microscopes are designed with outstanding technological expertise of which extend the capabilities for education and research work. The quality assurance throughout the manufacturing process ensures demanding performance standards which are matched with exceptional economy in cost. Extra clarity and contrast is provided through our new high performance color corrected infinity optical system. Optical components in the viewing head and objectives are protected with an anti mould system to ensure proper performance in unusually hot and humid environment.
Sturdy Construction for Reliable UseBuilt with a durable metallic body and finished with enamel, this dissecting microscope is designed for everyday use in laboratories and classrooms. Its horseshoe-shaped base grants essential stability, providing secure operation while examining specimens. The sturdy structure ensures longevity even with frequent handling.
Precise Observation and Easy OperationThe single, upright monocular draw tube, combined with wide-field eyepieces (10x, replaceable with 5x or 15x), delivers clear, magnified views of specimens. The microscope allows vertical movement up to 50 mm for coarse focusing, while interchangeable achromatic objectives and a movable mirror enable flexible illumination and rapid adjustment to different samples.
Versatile Illumination MethodsThis model supports both incident (reflected) and transmitted light observation. The plano-concave mirror can be adjusted to direct natural or artificial light as needed, and the frosted glass stage plate allows for examination of translucent specimens. External lamps can be used when required, providing consistent lighting conditions for detailed studies.
FAQ's of Dissecting Microscope:
Q: How do I use the dissecting microscope for specimen observation?
A: Place your specimen on the frosted glass stage plate, secure it with the spring clips, adjust the mirrored light source to optimize illumination, and use the coarse focusing knob to obtain a clear view through the monocular eyepiece.
Q: What are the main applications of this dissecting microscope?
A: This microscope is primarily used for gross dissection, entomological studies, and elementary laboratory work, offering clear views of low-magnification samples such as plants, insects, and small anatomical dissections.
Q: When should I adjust the mirror, and how does it affect imaging?
A: Adjust the mirror when changing between natural and artificial light sources or altering the angle of illumination. Proper mirror positioning enhances visibility and contrast depending on the nature of your specimen and the surrounding lighting conditions.
Q: Where is this microscope best suited for use?
A: The microscope is well-suited for student biology laboratories, educational institutions, entomological labs, and settings where routine low-magnification observation is needed. Its portability makes it adaptable to various learning environments.
Q: What maintenance or replacement parts are available for this microscope?
A: Replacement eyepieces, objectives, mirrors, and stage clips are available for this model. Regular housekeeping-such as cleaning lenses and the mirror, and gently handling all mechanical parts-will ensure longevity and consistent performance.
Q: How does the focusing system work on this microscope?
A: The focusing system operates through a coarse rack and pinion mechanism, allowing vertical movement of the microscope head up to 50 mm. This enables easy adjustment to achieve the desired focal distance for sharp, clear images of your sample.
Q: What are the benefits of using a monocular dissecting microscope like this?
A: A monocular dissecting microscope is simple to operate, cost-effective, and suitable for educational purposes. It provides clear, wide-field views at low magnification levels, making it ideal for scanning and inspecting larger specimens during hands-on laboratory exercises.