A New Partnership with Austrian Company akrima
Vivanto Solutions, a dynamic provider of advanced microscopy technologies, has announced a new partnership with the Austrian company akrima. This collaboration aims to enhance the capabilities of microscopy technologies by leveraging the strengths of both companies. By combining Vivanto Solutions’ expertise in developing high-quality microscopy accessories with akrima’s advanced optical technologies, the partnership seeks to drive innovation in microscopy and introduce cutting-edge products to the market.
The collaboration will also allow both companies to broaden their product portfolios, offering an expanded product range of solutions tailored to various scientific and industrial applications. Customers will benefit from the enhanced capabilities and innovative technologies resulting from this partnership, leading to more efficient and effective microscopy solutions and improved customer solutions.
Microscopy Accessories for Cameras: λ2-ImageSplitter
Microscopy continually evolves and improves thanks to technical innovations and new accessories that expand the capabilities of microscope cameras. One of these advanced tools is the λ2-ImageSplitter, which offers a revolutionary approach to recording and analyzing microscopic images. This dual-channel image splitting optical device for fluorescence microscopy is designed to simultaneously capture images of two different channels (e.g., wavelengths) on a single camera sensor. This innovative solution eliminates the need for multiple cameras and avoids the low temporal resolution issues associated with sequential imaging.
The λ2-ImageSplitter is engineered for precision and ease of use, ensuring maximum comfort for daily users. Its setup and alignment can be completed in just a few minutes, and its intuitive operation simplifies the workflow. By integrating this advanced tool into their microscopy systems, researchers and scientists can significantly enhance their imaging capabilities, leading to more accurate and efficient analysis. This innovation underscores the continuous advancements in microscopy technology, driving forward the potential for new discoveries and applications in various scientific fields.
Main Features and Benefits
Multichannel Recording: The λ2-ImageSplitter enables the simultaneous recording of multiple image channels, which is critical for experiments that need to monitor multiple parameters at once. For example, in cell biology, different fluorescent markers can be tracked in real-time.
Unique Features: The λ2-ImageSplitter offers true spatial separation and separate lenses for each channel, correcting chromatic aberration and allowing for off-focus imaging to capture 3D information. It features a quick-release camera mount for easy and fast camera attachment, with a solid aluminum body supporting the camera weight, and a space-saving design. Users can easily switch between cameras, such as EMCCD to (s)CMOS, and freely rotate the camera chip for high-speed acquisition.
Preservation of Image Quality: The λ2-ImageSplitter is designed to minimize optical distortion and light loss, ensuring high quality and fidelity of the recorded images.
Flexibility: This device is compatible with a wide range of microscopes and cameras, making it useful in various scientific disciplines and applications.
Ease of Use: The λ2-ImageSplitter offers image splitting and bypass for full chip imaging, quick tool-free setup and alignment in just a few minutes, user-friendly and intuitive handling, high-quality components and materials, and minimal distortion due to centrally passing through optical elements.
Applications in Microscopy
The λ2-ImageSplitter is extensively used across various fields of scientific research and industry, enhancing the capabilities of microscopy in numerous applications. In biomedicine, it is instrumental for monitoring dynamic processes in living cells, such as intracellular signaling or cell division. This device also plays a crucial role in materials science, where it helps in analyzing the microstructure of materials under different optical contrasts. In the field of neuroscience, the λ2-ImageSplitter is valuable for studying neuronal activities and communication pathways in real time. Furthermore, in ecology and environmental sciences, it enables the observation of microscopic organisms and their interactions within natural environments, providing insights that are vital for ecological research and conservation efforts. Each of these applications demonstrates the versatility and impact of the λ2-ImageSplitter in advancing our understanding of complex scientific phenomena.
Conclusion
The λ2-ImageSplitter represents a notable advancement in the field of microscopy, enhancing the possibilities for recording and analyzing microscopic images. Its capacity to capture multiple image channels simultaneously while maintaining high quality and temporal resolution renders it an essential tool for contemporary scientific research. Due to its flexibility and compatibility with various microscopic systems, the λ2-ImageSplitter is applicable across a diverse range of fields, from biomedicine to materials science.
Our collaboration with akrima is expected to drive forward innovations in microscopy, combining Vivanto Solutions’ expertise in advanced accessories with akrima’s state-of-the-art optical technologies. Together, we aim to broaden our product offerings and deliver exceptional value to our customers and the scientific community, ultimately enhancing the effectiveness and scope of microscopy techniques.
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