Product Description
Binocular Stereo Zoom Microscope : We are engaged in offeringreliable qualityyet competitively priced a wide range of BinocularStereo Zoom Microscopes for our prestige customers.
Binocular Stereo Zoom Microscope having tube with an inclination of 45 degree for greater ease of observation.
Magnification 7x to 45x
Microscope Zooming ratio 6.4 : 1
Rack-Pinion focussing stroke 50 mm.
Wide field eyepiece 10x(Paired).
Objective 0.7x to 4.5x
Crisp, erect images with high resolution and excellent stereoscopic effect.
Standard Working distance 100 mm, regardless of magnification.
Field of view 28.6 - 4.4mm.
Interpupillary distance from 54 to 75 mm.
Dioptic adjustment with a range of + 5 diopters is possible with both Oculars.
Binocular body can be rotated a full 360 degree and locked in any position desired.
Illumination system having incidnet flouorescent ring light.
Versatile Applications and Reliable PerformanceEngineered for broad utility, the RSM-4F Binocular Stereo Microscope excels in fields such as clinical research, electronics, assembling plants, and gemology. Its flexible lighting options and ergonomic design facilitate precise inspections and delicate tasks. The microscope's rugged build and manual operation enhance its adaptability for professional environments and academic settings alike, supporting both routine and specialized analysis without compromise.
User-Friendly Features and Adjustable PrecisionThis model is equipped with easily adjustable magnification and focus range, hosting wide-field eyepieces (WF10X/20mm) for expansive visual coverage. The interpupillary adjustment suits varied users, ensuring comfortable viewing for prolonged work sessions. The manual control method and power compatibility (AC 220-240V) allow simple integration into laboratories and industrial workshops, offering high-quality stereo imaging under both LED and halogen illumination.
FAQ's of Binocular Stereo Microscope RSM-4F:
Q: How does the manual operation of the RSM-4F stereo microscope benefit users?
A: Manual operation gives users precise control over magnification and focus, enabling quick adjustments during inspections or research. This hands-on method is ideal for scenarios requiring frequent changes and detailed observation, enhancing efficiency and accuracy in clinical and industrial applications.
Q: What industries and applications are suited for the Binocular Stereo Microscope RSM-4F?
A: The RSM-4F is versatile, serving electronics, watch, tool, fibre, pharmaceutical, food, and precision machinery industries. It is widely used for inspection, assembly, gemology, photo etching, dissection, and clinical research, making it suitable for both scientific and manufacturing environments.
Q: When should I use the LED versus the halogen illumination on this microscope?
A: LED illumination is optimal for extended viewing sessions due to its cool temperature and energy efficiency, while halogen light is preferred for high-contrast or color-sensitive inspections. The switchable lighting allows you to adapt to sample requirements or workplace conditions during analysis.
Q: Where is the Binocular Stereo Microscope RSM-4F primarily manufactured and supplied?
A: The RSM-4F is manufactured, distributed, exported, and supplied throughout India, accommodating a wide range of professional laboratories, educational institutions, and industrial facilities in the region and abroad.
Q: What is the process for adjusting the interpupillary distance, and why is it important?
A: The interpupillary distance adjusts between 54-75mm simply by sliding the eyepiece tubes. Correct adjustment aligns the visual fields for each user, reducing strain and optimizing clarity during detailed observations over long periods.
Q: How does the microscope enhance inspection and assembly workflows?
A: The RSM-4F provides sharp, stereo imaging with adjustable magnification, allowing operators to efficiently spot defects, inspect components, and handle intricate assemblies. Its durable build and adaptable lighting contribute to consistent, high-quality results in busy industrial and research settings.