
( Brand: Zeiss ), ( Manufacturer Part Number: 1113-340 ), ( Part Type: Uv Ultraviolet ), ( Country/region Of Manufacture: Germany )
Embark on an extraordinary journey into the unseen world with the Zeiss UV Confocal Microscope ILINE Axio Observer.Uv 340nm Monochromator System. This state-of-the-art instrument is engineered for scientists and researchers who demand the highest precision and superior performance in ultraviolet (UV) microscopy.
The heart of this microscope is the monochromator, a cutting-edge 340nm UV excitation light source, enabling you to explore the intricate details of samples in the UV spectrum. With a wavelength of 340nm, this microscope offers outstanding resolution, capturing even the minutest details of your samples.
The ILINE Axio Observer.Uv 340nm is equipped with Zeiss's renowned confocal technology, ensuring sharp, high-resolution images free from out-of-focus light and noise. This confocal capability allows for precise 3D imaging and quantitative analysis, making it ideal for a wide range of UV research applications, including fluorescence, FRET, and photobleaching studies.
The microscope's modular design offers flexibility, allowing you to customize it to your specific research needs. Whether you're working with living cells, tissues, or inorganic materials, the ILINE Axio Observer.Uv 340nm is ready to deliver exceptional results.
Featuring a user-friendly, intuitive interface, this microscope is easy to operate, even for those new to UV confocal microscopy. With its robust construction, superior optics, and innovative technology, the Zeiss UV Confocal Microscope ILINE Axio Observer.Uv 340nm Monochromator System is an invaluable tool for researchers pushing the boundaries of UV microscopy and UV-induced phenomena.
Experience the power of UV microscopy like never before with the Zeiss UV Confocal Microscope ILINE Axio Observer.Uv 340nm Monochromator System. Unlock the secrets of your samples and propel your research to new heights with this exceptional instrument.
1. High-Quality Optics: Zeiss is renowned for its superior optics, ensuring bright and high-contrast images. This makes it ideal for detailed UV imaging and analysis.
2. Monochromator System: The monochromator system allows for precise wavelength selection, reducing spectral overlap and enhancing the quality of your results.
3. UV Capability: With a minimum wavelength of 340nm, this microscope is suitable for fluorescence studies that require UV excitation, such as DNA and protein analysis.
4. Confocal Capability: Confocal microscopy provides enhanced resolution and reduces background noise, making it ideal for studying thin samples and observing minute details.
5. Integration with LSM 880 NLO: The microscope's integration with the LSM 880 NLO enables advanced imaging techniques, such as two-photon excitation and spectral imaging.
Cons:1. High Cost: The microscope is quite expensive, which may be a barrier for some researchers or institutions with limited budgets.
2. Complexity: The microscope's advanced features may require extensive training to operate effectively, increasing the learning curve.
3. Special Requirements: UV microscopy requires specific samples and dyes, which may not be readily available or may be more expensive than standard stains.
4. Maintenance: As with any high-end microscope, regular maintenance is required to ensure optimal performance, which can add to the overall cost of ownership.
Conclusion:The Zeiss UV Confocal Microscope (Axio Observer.Z1/Zeiss LSM 880 NLO, I-Line AXIO UV) with 340nm capability offers superior optics, precise wavelength selection, and advanced imaging techniques, making it an excellent choice for researchers working with UV fluorescence. However, its high cost, complexity, and special requirements should be carefully considered before making a purchase.
Recommendation:If your research necessitates UV fluorescence imaging and you have the resources to support the microscope's maintenance and training costs, the Zeiss UV Confocal Microscope is a worthwhile investment. Otherwise, you may want to consider less expensive options or alternative imaging techniques. It's always recommended to consult with experts in the field and assess your specific research needs before making a decision.
I combine shipping where possible.
Zeiss I line 340nm uv monochromator provides high intensity 340nm uv light for Zeiss confocal and fluorescence microscopes see all 6 photos for more details.