Product Description
- 10 HD camera and monitor combination.
- 1280X800 resolution 60 fps (24bit).
- 5.0 mp cmos camera, capture without a PC.
- HDMI output, multiple cross hairs for quick observation. Super easy auto white balance for color accuracy.
- Memory Slot SD (upto 32 GB). 2 GB card included. USB 2.0 output.
- Zooming Range & Ratio
- Zoom 0.7X to 4.5X with magnification ratio of 1:6.4 Magnification Range
- 7x - 45X
- Magnification Range
- 7x - 45X
- Working Distance
- 100 mm
- Mechanical Body
- Pole stand with base
- Lateral zoom control movement
- Clip for holding specimen
- Base size is 285mm X 238mm
Rugged Design & DurabilityConstructed with a die-cast aluminum alloy frame and finished with protective enamel, this microscope promises lasting rigidity and stability. Anti-mold treated optics further enhance operational longevity, safeguarding the internal elements in humid environments and extending instrument lifespan.
Exceptional Optical PerformanceUtilizing a Greenough-type optical system and achromatic zoom objectives, the Monozoom Stereo Microscope delivers precise, parfocal, three-dimensional views. True-color images are achievable, making it suitable for applications demanding accuracy in color and spatial detail across scientific, educational, and industrial fields.
Advanced Digital Imaging FeaturesDesigned for seamless integration with digital cameras, the trinocular head and CMOS sensor enable simultaneous observation and imaging. With USB 2.0/3.0 interfaces and compatibility for capturing still images, video, and various formats, the microscope supports detailed documentation and analysis.
FAQ's of Monozoom Stereo Microscope:
Q: How do I operate the focusing system on the Monozoom Stereo Microscope?
A: The microscope features both coarse and fine focusing mechanisms, allowing you to adjust the focus with precision. The coarse adjustment range is up to 20 mm, and fine adjustments can be made with a precision of 0.002 mm for detailed observation.
Q: What benefits does the Greenough-type optical system provide?
A: The Greenough-type optical system ensures genuine three-dimensional viewing, offering high depth perception and accurate representation of sample structure. This is particularly advantageous for biological dissections and industrial inspections requiring spatial awareness.
Q: When is the mechanical X-Y stage movement useful, and how is it implemented?
A: The mechanical X-Y stage movement is beneficial when you need precise positioning or scanning of samples during observation. The optional stage enables smooth, controlled navigation across the specimen, especially valuable for detailed studies and repetitive tasks.
Q: Where can the microscope be used considering its operating temperature and humidity limits?
A: The microscope operates efficiently within a temperature range of 0C to 40C and tolerates up to 85% non-condensing humidity. This makes it ideal for use in standard laboratory, classroom, and industrial settings across various climate conditions.
Q: How does the anti-mold treatment enhance instrument longevity?
A: All optical elements are treated to resist fungal and mold growth, significantly prolonging the lifespan and maintaining clarity of optical components. This ensures reliable performance, even in environments with higher humidity, reducing the need for frequent maintenance.
Q: What processes are required to attain digital imaging capabilities with this microscope?
A: To capture digital images or video, simply attach a compatible digital camera to the trinocular port. You can connect via USB 2.0/3.0 for instant data transfer, allowing for high-resolution image and video capture in JPG, BMP, or AVI formats, providing comprehensive documentation and analysis capabilities.
Q: What accessories come included and how do they support usage?
A: The microscope is supplied with a dust cover, instruction manual, power cord, stage clips, rubber eye guards, frosted and contrast stage plates, and spare bulbs. These accessories help maintain the instrument, ensure comfortable use, and facilitate reliable observation and imaging.