GeneMind‘s FASTASeq 300 High-throughput Sequencing Platform is redefining the landscape of genome sequencing analysis, offering unparalleled capabilities for researchers and scientists to delve deeper into the complexities of the human genome. With its advanced features and specifications, this innovative platform is poised to drive groundbreaking discoveries and advancements in genomics and beyond.
Advanced Dimensions and Specifications
The FASTASeq 300 High-throughput Sequencing Platform boasts impressive dimensions, measuring 684mm x 644mm x 615mm, and a weight of 145kg, reflecting its robust and high-performance design. Operating at 2000VA, this sequencing platform is equipped to handle the demands of large-scale genome sequencing projects. With power requirements ranging from 100V to 240VAC at 50/60Hz, the platform offers versatility and adaptability to various operational settings.
Optimized Operating Environment
Operating within a temperature range of 19℃ to 25℃ and a humidity level of 20% to 80% (non-condensing), the FASTASeq 300 platform ensures a controlled and stable environment for precise and reliable sequencing results. Its operational capacity extends to altitudes of up to 3000m, demonstrating its adaptability to diverse research settings. This platform’s ability to thrive in varied environmental conditions makes it an ideal choice for genome sequencing analysis across different research facilities and locations.
Cutting-Edge Instrument Control Computer
The FASTASeq 300 platform is equipped with a state-of-the-art instrument control computer, featuring an Intel Xeon Silver 4126 CPU, 32GB DDR4 memory, a 480GB solid-state drive, and a 2TB hard drive. Running on the Windows 10 x64 operating system, this powerful computer system ensures seamless and efficient data processing, analysis, and storage, facilitating a streamlined workflow for researchers conducting genome sequencing analysis.
Conclusion
GeneMind’s FASTASeq 300 High-throughput Sequencing Platform, with its advanced dimensions, optimized operating environment, and cutting-edge instrument control computer, represents a significant leap forward in genome sequencing analysis. By offering unmatched performance and reliability, this platform is poised to unlock new frontiers in genomics research and contribute to transformative advancements in the field.
