
( Brand: Zeiss ), ( Model: STEMI SV 11 APO / KRAMER M2BIO ), ( Microscope Structure: Upright ), ( Microscope Type: Stereo Microscope ), ( Viewer: Trinocular ), ( Manufacturer Part Number: M2BIO )
The Zeiss M2bio Stemi SV11 Apo Stereomicroscope Kramer Fluorescence EXFO X-Cite is a high-performance, versatile microscope system designed for advanced research and imaging applications in various fields, including life sciences, materials science, and biotechnology.
At its core, the Stemi SV11 is a powerful stereo microscope, featuring an apochromatic objective lens system that delivers exceptional resolution and image clarity. The Kramer-style binocular heads offer adjustable magnification from 0.7x to 1.3x, ensuring a comfortable viewing experience for extended periods. The microscope comes with a motorized, two-axis XY stage for precise specimen positioning and a coarse focus mechanism that allows for easy adjustments.
The addition of the Kramer Fluorescence EXFO X-Cite module transforms the Stemi SV11 into a fluorescence microscope. This versatile module supports various fluorescence excitation wavelengths, including UV, blue, green, and red, ensuring compatibility with a wide range of fluorescent probes and stains. The module also includes a high-performance monochromator that enables spectral filtering, allowing for precise excitation and emission wavelength selection.
The X-Cite illumination system features a compact, integrated light source that delivers uniform illumination across the field of view. It also offers several illumination modes, including epifluorescence, transmitted light, and darkfield, providing flexibility for various imaging applications.
The Stemi SV11 microscope system is also equipped with a user-friendly, ergonomic control unit that allows users to easily navigate through various functions and settings. The system is compatible with various imaging software and cameras, enabling high-resolution image capture and analysis.
In summary, the Zeiss M2bio Stemi SV11 Apo Stereomicroscope Kramer Fluorescence EXFO X-Cite is a high-performance, versatile microscope system that combines the capabilities of a stereo microscope with the power of fluorescence microscopy. Its advanced features, exceptional image quality, and user-friendly design make it an essential tool for researchers and imaging professionals in various fields.
The Zeiss M2bio Stemi SV11 Apo Stereomicroscope with Kramer Fluorescence Exfo X-Cite is a high-end research microscope system designed for various applications, including fluorescence microscopy. Below are the pros and cons of purchasing this microscope system:
Pros:1. High-resolution imaging: The Zeiss M2bio Stemi SV11 Apo stereomicroscope offers excellent image quality with its 11x magnification and apochromatic objectives.
2. Fluorescence microscopy capability: The inclusion of the Kramer Fluorescence Exfo X-Cite system enables the user to perform fluorescence microscopy experiments, which is essential for many research applications.
3. Versatility: This microscope system can be used for various applications, including brightfield, phase contrast, and fluorescence microscopy, making it a versatile tool for research labs.
4. Ergonomic design: The microscope is designed to provide user comfort and ease of use, with features such as adjustable height and a motorized stage.
5. Advanced imaging software: The system comes with advanced imaging software, such as Zen blue software, which allows for easy image acquisition, processing, and analysis.
Cons:1. High cost: The Zeiss M2bio Stemi SV11 Apo stereomicroscope with Kramer Fluorescence Exfo X-Cite is a high-end microscope system, and the cost may be prohibitive for some research labs.
2. Complexity: The system is quite complex, and users may require extensive training to operate it effectively.
3. Large footprint: The microscope system is relatively large and may require a significant amount of lab space.
4. Requires regular maintenance: As with any high-end microscope system, regular maintenance and calibration are necessary to ensure optimal performance.
Conclusion:The Zeiss M2bio Stemi SV11 Apo stereomicroscope with Kramer Fluorescence Exfo X-Cite is an advanced microscope system designed for research applications that require high-resolution imaging and fluorescence microscopy capabilities. While the system has several advantages, such as excellent image quality, versatility, and advanced imaging software, it also comes with disadvantages, including a high cost, complexity, large footprint, and the need for regular maintenance.
Recommendation:If your research lab requires a high-end microscope system with advanced imaging capabilities, including fluorescence microscopy, the Zeiss M2bio Stemi SV11 Apo stereomicroscope with Kramer Fluorescence Exfo X-Cite may be an excellent investment. However, it is essential to carefully consider the costs, complexity, and lab space requirements before making a purchase. Alternatively, you may want to consider less expensive microscope systems with similar capabilities or rental options to assess the suitability of this microscope system for your research needs.
Winning buyers are expected to honor their commitment. This is a Zeiss Stemi SV11 APO Stereomicroscope with Kramer M2Bio fluorescence system and an Exfo source Micro Lite halogen. This SV11 was just decommissioned from a university research lab and it is in very nice condition. It is configured with two objectives and a photo tube it mounted on transmitted-light stand.
I'm selling this microscope guaranteed working and as described. Images and may not be used for commercial purposes without written consent from Surrender, Incorporated. Ask any questions before you bid. All pictures are of the actual item being sold.
All functions on both light sources operate correctly, and the power supply solenoid in stand also correctly the is for remote switching of transmitted shutter via an optional foot pedal. You're buying on a Zeiss SV11 with Kramer M2Bio. Open image in new tab. Images and are the sole property of Surrender,Incorporated.
The M2Bio fluorescence system has a four-position turret and is configured with four filter cubes.