How to giving User training Most Updated Leica Neurosurgical Microscope M530 OHX at IBCH Bangladesh. скачать в хорошем качестве

How to giving User training Most Updated Leica Neurosurgical Microscope M530 OHX at IBCH Bangladesh.

How to giving User training Most Updated Leica Neurosurgical Microscope M530 OHX at IBCH Bangladesh. Premium surgical microscope Leica M530 OHX Stay focused through every step of every surgery with the support of the Leica M530 OHX. Exclusive FusionOptics technology combined with advanced optics and TriFluoro – three integrated fluorescence modes – enable you to focus on every critical detail. The fully ergonomic design helps you and your team to achieve comfortable working positions and avoid physical discomfort. Whether performing delicate neurosurgery, or complex reconstructive microsurgery, you remain focused on delivering optimal results for your patient. By the way, when you require additional visual information, for example from endoscope or IGS system, opt for the CaptiView image injection module. See more with FusionOptics FusionOptics, the groundbreaking technology from Leica Microsystems, unites an enhanced depth of field with high resolution to create an optimal view of the surgical field. A larger area in full focus also means that there is less need to refocus the microscope which helps to streamline workflow: The Technology of FusionOptics Two separate beam paths One beam path provides depth of field One beam path provides high resolution The brain merges the two images to a single optimal spatial image Images you can rely on For brilliant images and increased depth perception in deep cavities, the Leica M530 OHX combines FusionOptics technology with world-renowned optical quality and state-of-the-art illumination. Bright 400-Watt xenon light Small Angle Illumination (SAI) for optimal view to the bottom of deep, narrow cavities Apochromatic optics deliver a clear, sharply focused image SpeedSpot laser focus enables quick and easy focusing for the main surgeon, assistant(s) and video camera Leica Magnification Multiplier with 40% magnification boost (optional) Empower your decision-making with Augmented Reality The M530 OHX microscope integrates the supplementary imaging information you need to make precise, confident decisions. Enhance your understanding with IGS data and our propriety GLOW Augmented Reality (AR) technology. Building on a decade of leadership in fluorescence imaging, GLOW AR is ready to revolutionize the way you navigate your most challenging neurosurgical procedures. A sophisticated imaging sensor and algorithms capture, optimize, and combine multiple spectral bands of visible and fluorescent light. The result is faithful, natural coloring of tissue and accurate representation of fluorescence intensity. Our first modality is GLOW800 AR fluorescence, but this is just the start: GLOW AR technology is future-ready. Choose M530 OHX with built-in GLOW800 AR fluorescence, then simply upgrade as soon as the next modality is launched. Augment your vascular neurosurgery GLOW800 augmented reality (AR) fluorescence is the first fluorescence modality based on GLOW AR technology. Used in combination with ICG, it allows you to observe cerebral anatomy in natural color, augmented by real-time vascular flow, with full depth perception. One complete picture without interruption A single, real-time view means no more need to recall and try to reconcile black and white NIR blood flow video with the natural anatomical view Full depth perception and no dark peripheries through image homogenization supports clear spatial orientation Whether AVM, aneurysm, bypass, or microvascular decompression, you always have the full view you need to confidently work in GLOW800 mode Beyond the visible with TriFluoro The Leica M530 OHX offers TriFluoro technology: It can be supplied fully integrated with the Leica FL560 investigational fluorescence Leica FL400 fluorescence, and Leica FL800 vascular fluorescence modules Switch between modules with just a few button clicks for efficient comparison of fluorescence techniques and seamless workflow integration.