
( Brand: Olympu ), ( Manufacturer Part Number: IX3-CUBE ), ( Model: V-11000V3 ), ( Part Type: Filter ), ( Country/region Of Manufacture: Japan )
The Olympus IX3-Cube Dichroic Filter Cube (IX3-CHROMa UV-11000V3) is a high-performance optoelectronic component designed for enhancing the capability of fluorescence microscopes in the ultraviolet (UV) range. This cutting-edge filter cube is engineered by Olympus, a globally recognized leader in optical technology, ensuring superior quality and reliability.
The IX3-Cube is a compact, precision-crafted device that is essential for separating and directing different wavelengths of light in fluorescence microscopy. Its key feature, the UV-11000V3 dichroic mirror, allows for efficient reflection of UV light (up to 11000 nm) and transmission of visible light, facilitating the excitation and observation of UV-excitable fluorescent dyes.
This Olympus filter cube is meticulously designed to minimize chromatic aberrations and maximize signal-to-noise ratio, thus improving the overall image quality and clarity. Additionally, the cube features a high-transmission emission filter, which enables the collection of maximum fluorescent signal and reduces photobleaching.
The IX3-Cube is compatible with a wide range of fluorescence microscopes, making it an ideal choice for researchers and professionals in various fields, such as cell biology, neuroscience, and molecular biology. With its exceptional performance and versatility, the Olympus IX3-Cube Dichroic Filter Cube (IX3-CHROMa UV-11000V3) is an indispensable tool for exploring the intricate world of fluorescence microscopy in the UV spectrum.
The Olympus Ix3-Cube Dichroic Filter Cube Ix3 Chroma UV-11000v3 is a specialized accessory designed for fluorescence microscopy. Here are some pros and cons to consider before making a purchase:
Pros:1. High-quality dichroic filter cube: The filter cube is made by Olympus, a well-respected manufacturer in the microscopy industry. This ensures superior optical quality and durability.
2. Wide excitation and emission ranges: The filter cube is designed to work with a wide range of fluorescent probes, making it versatile for various applications.
3. UV-11000v3 coating: This coating enhances the transmission of light in the ultraviolet (UV) range, which is beneficial for certain fluorescence probes that emit light in this spectrum.
4. Compatibility: The filter cube is designed to work with the Olympus Ix3 series of inverted fluorescence microscopes, ensuring easy integration into your setup.
Cons:1. Cost: Filter cubes, especially high-quality ones like this one, can be quite expensive. This may not be viable for those with tight budgets or limited funding.
2. Limited compatibility: While the filter cube is designed for the Olympus Ix3 series, it may not work with other brands of microscopes. Ensure compatibility before making a purchase.
3. Potential for color bleed: Since the filter cube covers a wide range of wavelengths, there is a possibility of color bleed or overlap, which can affect the quality of your images.
In conclusion, the Olympus Ix3-Cube Dichroic Filter Cube Ix3 Chroma UV-11000v3 is a high-quality filter cube that offers versatility and excellent optical performance. However, its cost and potential for color bleed are important factors to consider. If you have the budget and require a wide range of excitation and emission options for your fluorescence microscopy work, this filter cube could be a valuable addition to your lab. If cost is a concern or if you have specific requirements that this filter cube does not meet, it may be worth exploring other options on the market.
Money Back Guarantee. Fluorescence Microscopes: The Solution to Your Fluorescence, Microscopy Needs. Chroma Filter Set 11000v3Wide UV Excitation, Long pass Emission.Filter Spectra: Ex. 400 LP; Em.420 LP.
Dichroic Filter Cube This is for an Olympus Fluorescence Microscope.It fits only the newest BX3/IX3 UIS3 model's. It will not fit the older model's such as BX50 BX51/IX70 IX71.Made in Japan. Condition: Good. Free USA Shipping.