Explore the Mysteries of Cells: A Journey into the Crystal-clear Nanoscopic World
As life science research demands deeper and broader analysis of tissues, organs, and model organisms, efficient imaging solutions have become pivotal for scientific breakthroughs. Capturing images of such large samples requires expanding imaging ranges and reducing acquisition times to detect more accurate intracellular reactions. We are proud to introduce the A64.1010 Laser Confocal Microscope, specifically designed to meet the stringent requirements of modern biological research for high-throughput and high- quality imaging.
It is capable of memorizing custom observation modes and supports the combined use of X, Y, Z, λ, and T scanning functions. Equipped with a variety of flexible shooting modes, including multi-channel fluorescence imaging, time-lapse scanning, multi-position acquisition, Z-axis stacking, and panoramic stitching. These five modes can be freely combined according to the user’s actual needs, adapting to a wide range of complex and diverse experimental application scenarios.
A64.1010 NomisProX-C is a confocal microscope adaptation software independently developed by Opto-Edu, which achieves a high level of integration and control over the hardware devices of the confocal system and the core functions of the microscope. It seamlessly combines these controls with confocal imaging analysis, creating a high-performance, user-friendly, all-in-one experimental solution. Whether faced with complex application scenarios or specific research demands, NomisProX-C ensures a seamless workflow experience for users through its outstanding integration and flexibility, freeing them from cumbersome microscope operations and allowing for a more focused approach on the essence of experiments and innovative exploration
Pinhole design is based on the principle of light reversibility. The excitation light of the lamp and the emission light of the sample pass through the same pinhole, and they keep a 100% conjugate relationship.
It not only ensures the acquisition efficiency of fluorescence signal, but also improves the filtering of non-focal plane signal, for the higher detection sensitivity and better image resolution.
The operation and switching speed of objectives, filter blocks, XY stage, and observation modules have been significantly enhanced, creating an effortless operating environment that enables researchers to focus on daily observations and image capture. A joystick for intuitive manipulation of the stage allows the microscope to become an extension of your eyes and hands, making it user-friendly and natural to operate.
The A16.1099 innovatively incorporates a touch screen into its front panel, significantly enhancing userinterface convenience and expandability of functions. It retain the traditional microscope knobs and buttons on both sides ensures intuitive control even in dark laboratory environments, allowing researchers to concentrate on the core of their experiments without being hindered by complicated operations. This design promotes an efficient and seamless microscopy observation experience.
The A64.1010 confocal microscope boasts an industry-leading 25mm field of view, enabling it to capture images of large samples in a single scan and offering 1.5 times the data throughput compared to previous generations. Coupled with a scanning resolution up to 8192×8192 pixels, it is designed to meet the escalating demands in life science research for analyzing tissues, organs, and live model organisms, ensuring the acquisition of vital biological data with unprecedented detail and efficiency.
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