ntroducing the Aperio AT2 DX System, a 400 slide scanner with Aperio ImageScope DX clinical viewing software, and a high-performance viewing workstation including color-calibrated medical grade monitors. The system can be used standalone, or in conjunction with Aperio Path DX case management software, for a streamlined, clinical workflow. Developed with proven technology from Leica Biosystems, the Aperio AT2 DX System enables high volume clinical labs to produce consistent, diagnostic quality images, enabling pathologists to diagnose with confidence. TAKE CONTROL OF YOUR TIME IN THE LAB 198% first time scan success Automated tissue finder 20x, 40x scanning options Z-stacking & manual adjustment for difficult samples Eliminate glass slide shipping & carrying DELIVER A CONFIDENT DIAGNOSIS Proven diagnostic quality Medical grade monitors with custom ICC color calibration Barcode linked for case assignment Seamless integration to case workflow

The Leica IC90 E CMOS microscope camera for stereo microscopes was developed for the Leica M series stereo microscopes. It provides pin-sharp images with spot-on color reproduction for professional visualization and documentation of industrial applications. Reveal more details with the 10megapixel resolution Directly connect to your microscope, no documentation tube needed. Connectivity made easy: Ethetnet, USB, HDMI The Leica IC90 E is designed to directly interface with your microscope. It is mounted between the tube and the optics carrier, so you don’t need a documentation tube nor a c-mount to operate the camera.

The Leica DFC3000 G is a grayscale USB 3.0 microscope camera for routine fluorescence applications. You will receive crisp images due to its unique passive cooling architecture and its highly sensitive CCD sensor. Correlated pixel double sampling together with a reduction of the ambient temperature of the sensor offers an exceptionally clear and noise -free signal. Its CCD sensor is particularly suitable for low light situations such as fluorescence and will capture even smallest amounts of light. Contrast Method: Fluorescence Passive cooling system with pixel double sampling and enhanced temperature convection Adaptable digitalization with 8, 12, and 16 bit Professional fluorescence documentation provided by a high-sensitivity 1.3megapixel CCD monochrome sensor from Sony® with micro lenses.

The K5 (grayscale) is ideal for routine fluorescence imaging applications such as immunostaining assays and 3D Cell Culture imaging. Image a wide variety of sample types with the flexibility and power of high 4.2megapixel resolution and fast 40 fps imaging brought to you by the K5. Contrast Method: Fluorescence Cooling method Passive cooling. Bring the flexibility and power of sCMOS technology into your lab and image the details of your experiment. Efficiently segment crucial real time events Improve signal-to-background of your THUNDER Imager. Reduce exposure times and phototoxic effects with high 80% quantum efficiency .

The DMC5400 color CMOS camera offers high frame rate & high-resolution color images even at low magnification. It is optimized to produce fast, high quality images for documentation, evaluation and analysis, for a wide variety of samples and applications in manufacturing and life science research. Contrast Method: BF →PH, DF, DIC, POL, IMC. Capture high-resolution images with 20 Megapixel sensor. Collect high-speed live images at up to 40 frames per second. See natural colors with unsurpassed accuracy. Easily connect with notebooks and PCs via USB 3.0 interface.

Leica DMC4500 color camera. It has been designed as a versatile, uncomplicated tool that simplifies the imaging process from capture through to processing. It is ideally suited to life science applications such as documenting slides and organisms, pathology or pharmaceutical testing and industrial applications such as quality control and failure analysis. Contrast Method: BF → PH, DF, DIC, POL, IMC USB 3.0 interface 5 megapixel CCD sensor Live image speed of up to 18 frames per second SXGA resolution of 1280 x 960 pixels

The Leica DMC2900 is a digital USB 3.0 microscope camera with a 3.1 Megapixel CMOS sensor. It is an ideal tool for brightfield microscopic standard applications in research, life science and industry that often require capturing, documenting, and analyzing color images at optimum visibility of microstructures in little time. The Leica DMC2900 is a digital USB 3.0 microscope camera with a 3.1 Megapixel CMOS sensor. It is an ideal tool for brightfield microscopic standard applications in research, life science and industry that often require capturing, documenting, and analyzing color images at optimum visibility of microstructures in little time. The HDMI mode allows you to use the camera in stand-alone mode without the need for a PC. Contrast Method: BF → PH, DF, DIC, POL, IMC. 3.1megapixel resolution- Optimal for applications using standard microscopes. Fast live imaging speed of up to 30 frames per second Fast USB 3.0 interface for a direct connection between camera and PC or notebook

The FLEXACAM C1 can be adapted to your workplace setup - simply connect the camera to your monitor or PC and network. Thanks to the 12 MP CMOS sensor and large dynamic range, fine details and true-to-life colors are a given. adaptable microscope camera solution for a wide variety of samples and applications in industry, life science, forensics, and education . The HDMI mode allows you to use the camera in stand-alone mode without the need for a PC. Use the Ethernet mode to work with direct access to your facility's network. Save images directly on a USB stick when the camera is used in stand-alone mode. you can choose the USB mode to connect the camera and software directly with your PC. The FLEXACAM C1 is compatible with most Leica stereo and compound microscopes. Contrast Method: BF → PH, DF, DIC, POL, IMC. The FLEXACAM C1 is compatible with the Leica Application Suite (LAS) X software and its expert modules.

Surgical Microscope Solution for Precision Neurosurgery The Leica OH4 surgical microscope provides superior reach, height, and clearance. The Leica OH4 floor stands that moves easily and when the brakes are released, the microscope stabilizes in only 1.5 seconds and remains vibration-free. By integrating new glass, glass coatings, and design parameters, high-resolution APO OptiChrome technology delivers an expanded working distance and greater depth of focus. In combination with the innovative light management systems BrightCare and AutoIris, you can operate and safe light levels and still see more than ever before. The M525 OH4 also offers FL800 and FL400 fluorescence for intraoperative visualization of blood flow and tumour tissue. OPTICAL EXCELLENCE By integrating new glass, coatings, and design parameters, Leica’s OptiChrome technology delivers the extra working distance, depth of focus, and light intensity needed for precision microsurgery. It forms the basis for the premium optical system. M525 optics deliver the following outstanding benefits compared to previous systems: Longer 32% extended working distance to 470 mm Deeper 30% increased depth of focus at the same magnification Brighter 30% more light intensity Sharper Higher contrast and crisper, sharper images Smarter AutoIris magnification-controlled illumination SUPERIOR REACH AND HEIGHT Compact yet provides superior reach and ample overhead room The M525 OH4 microscope features high overhead clearance and superior reach, providing the surgeon with ultimate flexibility to place the microscope wherever is most beneficial for the surgery.

Compact surgical microscope Smooth, fine movements, Xenon illumination systems, Motorized MultiFoc lens The Leica M525 F20 surgical microscope combines brilliant optical quality with superior maneuverability. The crisp, sharp images and large depth of field allow the surgeon to see precise details. The working-distance-based illumination provides enough light for deep operative sites while supporting patient safety. Designed as an otolaryngology microscope, the Leica M525 F20 is also ideal for spine, dental, hand, and plastic/reconstructive procedures. Ease of movement WHY Leica M525 F20? Characteristics & Benefits Compact yet provides superior reach and ample overhead room The M525 OH4 microscope features: Ease of movement A perfectly balanced system enables finger-light movement and effortless handling for fatigue-free, time-saving surgery. Best view A crisp image and a large depth of field allow the surgeon to see more details. The surgeon does not have to refocus frequently, and this is especially important when working in narrow and deep cavities. Safer illumination High-quality illumination gives enough light for deep operative sites while supporting patient safety Finger-light movement Easy to move, the Leica M525 F20 stays perfectly balanced over the complete range of movement, thus making it possible to guide the microscope securely, even with just the eyes and nose. Freedom of positioning Positioning and rotating the microscope and the slim stand requires minimal force. The system’s design enables smooth, fine movement to easily

Precision Surgical Microscope For Neurosurgery, Spine & Plastic Reconstructive Surgery Precision comes standard in our M530 OHX, helping you achieve the highest standards of precision in your surgery. Precision Optics You often work in deep cavities. Therefore, we added a host of features to provide a bright, shadow-free view with enhanced depth of field and resolution. A clear view to the bottom of cavities supports your surgical actions. 400-Watt xenon light and apochromatic optics combined with FusionOptics technology provide a bright, sharply focused image Small Angle Illumination (SAI) distributes light more evenly and reduces shadows in deep, narrow cavities Magnification Multiplier offers a 40% magnification boost (optional) Magnification Multiplier offers a 40% magnification boost (optional) Workflow efficiency redefined Do you need to switch to loupes during spine procedures because your long instruments do not fit below the microscope? Not anymore. With 600 mm working distance you can now work without interruption. Simple set-up and verification of settings help further optimize surgical workflow. 600 mm working distance for complete flexibility Fast, simple set-up with intuitive touch-screen Quick and easy focusing for the main surgeon, assistant, and video camera with SpeedSpot laser focus Surgeon information panel above the optics carrier for at-a-glance verification of settings Effortless positioning Benefit from working comfort and positioning flexibility whatever the surgery, even in a crowded operating room. The M530 OHX microscope combines a compact footprint with superior overhead clearance and reaches for cross-table spine set-ups, cranial, or plastic and reconstructive surgery. An extensive range of movement Electromagnetic brakes internally routed cables, and an extensive range of movement in the optics carrier allows for effortless manoeuvring.

Neurosurgery Microscope The Leica M530 OH6 takes image quality to a new level: FusionOptics, the groundbreaking technology by Leica Microsystems, unites an enhanced depth of field with high resolution to create an optimal view. FusionOptics also helps you to streamline your work: A larger area in full focus means that there is less need to refocus the microscope. FusionOptic let you stay focused – in every sense of the word. The Technology of FusionOptics Two separate beam paths One beam path provides a depth of field One beam path provides high resolution The brain merges the two images to a single optimal spatial image Get deep insights Featuring state-of-the-art illumination and optical innovations, the Leica M530 OH6 provides you with stunning images you can rely on. Small Angle Illumination (SAI) for the optimal view to the bottom of deep, narrow cavities Bright 400 W xenon light Apochromatic optics deliver a clear, sharply focused image Leica Magnification Multiplier with 40% magnification boost (optional) SpeedSpot laser focus enables quick and easy focusing for the main surgeon, assistant(s) and video camera Stay focused with optimized ergonomics A comfortable posture during surgery enables you to remain focused on your highly precise work. That’s why the Leica M530 OH6 is designed to fully adapt to your individual needs. Listening to surgeons, we translated their rigorous demands into intelligent ergonomic features. More Comfortable Working 600 mm working distance to easily use large instruments Compact optics carrier to be closer to the operative site for delicate procedures Choice of different binoculars to fit your needs, all with 360° rotation Optimal visualization for a rear assistant with independent fine focus Enhanced ergonomics for a rear assistant to improve posture during cross-table setups

Premium Surgical Microscope for Microsurgery The Leica M720 OH5 is the premium operating microscope for neurosurgery, otolaryngology and reconstructive microsurgery. With this operating microscope, surgeons will benefit from greater visibility in deep cavities or lesions and improved ergonomics and comfort. The Leica M720 OH5 surgical microscope also offers full HD 3D and 2D visualization and recording, so that the entire surgical team as well as students will be able to observe and learn more easily. The robust OH5 floor stand, designed by Mitaka, features long reach and electromagnetic brakes for lightweight positioning and fast stabilization. More space to work The Leica M720 has an extremely compact optical head. This helps improve surgeon ergonomics by facilitating a more natural postural alignment. It also allows greater instrument maneuverability by creating more free working space and unobstructed access to the surgical site. Excellent surgeon ergonomics Leica Microsystems' butterfly-binoculars accommodate all body heights, for both the surgeon and the assistant, as well as the most challenging surgical positions to ensure comfortable working during surgery. The eyepieces swing easily and quickly to a second viewing position. Improved visibility in deep cavities Small Angle Illumination (SAI) distributes light more evenly, and reduces shadows in the surgical field, providing: increased detail visibility, improved depth perception, and deeper light penetration. This concentrated light beam is especially beneficial for narrow surgical access techniques such as intra-tracheal, transsphenoidal or METRx. Intraoperative fluorescence The surgical fluorescence modules FL400 (oncological fluorescence with 5-ALA), FL800 (vascular fluorescence with ICG) and FL560 (fluorescence) provide real-time information to the surgeon and OR team, directly through the microscope eyepieces or on a monitor. More information supports your precision, helping you to provide the best possible outcome for your patient. A Paradigm Shift Comfort through ergonomic design Brilliant images Patient safety support Intraoperative fluorescence Viewing for the entire OR team Positioning flexibility Superior manoeuvrability Compact Horizontal Optics The substantial gain in the free working distance gives the surgeon unobstructed access to the surgical area, greater instrument manoeuvrability, and an optimal view. Butterfly Binoculars Leica’s butterfly binoculars accommodate all body heights, for both the surgeon and the assistant, as well as the most challenging surgical positions. The tubes have an inclination range of 115°, and the eyepieces swing to a second viewing plane quickly and easily SpeedSpot Two laser beams act as a focusing reference to quickly provide a defined focus point for all three viewing ports (surgeon, assistant, and camera).

Leica DM2700M The Leica DM2700 M flexible upright microscope system uses LED illumination for all contrast methods: brightfield (BF), darkfield (DF), differential interference contrast (DIC), qualitative polarization (POL), and fluorescence (FLUO) applications. It also offers built-in oblique illumination, which improves the visualization of surface topography and defects. Optionally, the Leica DM2700 M can also be equipped with a transmitted light axis . The Leica DM2700 M is equipped, e.g. with an N PLAN achromatic objective series with magnifications from 5x to 100x, a field of view of 22 mm, a flattened image field, and large working distances . A powerful light source for BF, DF, DIC, POL and oblique illumination For objectives series to choose: HIPlan, NPLAN, PL FLUOTAR, PLAN APO Stage stroke 25 mm Colour-coded Diaphragm Assistant (CCDA) Optional Transmitted Light Incident light: Robust incident light axis with 4-position reflector turret Focusing: 2-gear / 3-gear focusing Macro objective: 40mm of the sample at a glance

Leica DM1750M The Leica DM1750 M is a material microscope designed for rapid, accurate analysis results even for use in rough ambient conditions. Working with the Leica DM1750 M you will see; how simple and reliable microscopy can be. Its robust design contains an excellent optical system and allows the inspection even of larger samples, in brightfield, oblique- or with polarized light. The entire reflected light illumination is carried out with Power-LEDs which allow an inspection with different illumination angles, especially suitable for the detection of micro-scratches or for gaining height information. Stand type: Materials analysis microscope in the upright configuration for larger samples. With integrated protection and ergonomic features Illumination: High-power LEDs with additional integrated segmented lighting for oblique illumination Contrast methods: Brightfield (RL BF), POL (RL POL), oblique illumination, differential interference contrast (RL DIC) Focus drive: 2-stage, coarse and fine focus, with adjustable precise sample and objective cap Focus drive: 2-stage, coarse and fine focus, with adjustable precise sample and objective cap Objective nosepiece: 6× BF M25 or 7× BF M25

See more, simply. Multidisciplinary Surgical Microscope PROvido See more of the surgical site in one view so you can progress seamlessly through your next procedure with the PROvido floor stand surgical microscope. PROvido provides you with a bright, fully-focused view deeper into narrow cavities. A challenge that occurs daily in otolaryngology and spine procedures. With exclusive Fusion Optics technology and concentrated xenon light PROvido unites advantages of premium surgical optics for the first time with a responsive, stable floor stand. No need to search for vital details or constantly refocus. Work smoothly and confidently throughout your procedure with the PROvido multidisciplinary microscope that allows you to see more, simply. Always focused on your patient Avoid constantly interrupting surgery to refocus thanks to FusionOptics which provides a high resolution view to the bottom of deep cavities. Get into the position and get going Set up quickly and effortlessly, and be sure the microscope remains exactly where you need it due to the lightweight, robust design. Proceed without limitation Enjoy the comfort and workflow benefits of adaptable optics and more working space, even when working with long instruments. The Technology of FusionOptics Two separate beam paths One beam path provides high resolution. The other beam path provides a depth of field. The brain merges the two images to a single optimal spatial image. The view you need, fast. Meet the visualization needs of your procedure and your team at every moment with optics that are fast to set up and adjust. > Start fast with the SpeedSpot system that uses two laser beams as a focusing reference to quickly provide a defined focus point for all three viewing positions (surgeon, assistant, camera) > Quickly achieve maximum magnfication with the optional Magnification Multiplier that boosts magnification by 40% in an instant > Give your opposite assistant viewing flexibility with an independent fine focus. Deeper insights Small Angle Illumination (SAI) technology and bright 300-Watt xenon light provides a concentrated light beam. You benefit from a bright view with less shadow right down to the bottom of deep, narrow cavities. FL580 Fluo Module, Simplify your workflow Simultaneous anatomical and real-time fluorescence visualization means no need to interrupt workflow to switch back and forth between views. Thanks to full microscope integration, activating FL560 mode requires just one click of the handgrip or footswitch. If you choose to integrate other fluorescence modes, you can also switch between them with a single click. Simply activate FL560 mode and keep working! Intra-Operative Fluorescence-Guided Blood Flow View 820 nm/NIR Leica FL800 A ruptured cerebral aneurysm is the third most common cause of death in industrial countries. With the Leica FL800, for intra-operative fluorescence-aided video angiography , surgeons can now determine the patency of vessels. During surgery, the patient is injected intravenously with ICG (indocyanine green) dye , which is well tolerated and spreads quickly. A near-infrared camera then shows the bloodstream in black-and-white directly through the surgical microscope eyepieces and/or on a video monitor.

Augment your reality with a single vision for the future Digital Augmented Reality Microscope for Complex Neurosurgery ARveo In delicate neurosurgery your vision and understanding of anatomical structures and physiological processes powers your decision-making. How would it impact outcomes if you had a single, precise, augmented view of the surgical field, in one augmented microscope platform? Our ARveo digital augmented reality microscope will empower your surgical decisions with: Augmented digital imaging for precise, real-time information Freedom to choose what you see and how you see it Flexible options to share your view in the OR and beyond With a single, complete picture of what lies ahead, you can go forward with confidence. Empower your decision-making with Augmented Reality The ARveo 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 colouring 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 ARveo with built-in GLOW800 AR fluorescence, then simply upgrade as soon as the next modality is launched. Further augment your insight View images from IGS systems and endoscopes via eyepieces or 4K 3D screens and further augment your surgical insight. Activate the additional information display with just one touch of the microscope handle. Image guided surgery and robotic control Clearly see your two-dimensional microscope image in relation to three-dimensional brain structures. Rotate, and manipulate your live data at will using software from the leading Image Guided Surgery (IGS) systems. Enjoy additional robotic control by integrating Brainlab Microscope Navigation software which enables: Setting of a position and angle, then with the touch of a button the microscope will automatically return to that position Selection of a point of focus, the ARveo will then move independently to remain focused on this point Positional tracking of the microscope with visualization of optical axis and focal point Look forwards to a 3D future Continue to work with the full depth perception and high resolution you require without needing to look through the eyepieces. Visualize minute anatomical details on a much larger scale and with natural color differentiation on 31-inch or 55-inch 4K 3D monitor Choose to work heads-up and achieve a comfortable upright posture by positioning the optics carrier and cart-mounted 3D monitor exactly where you need them, this limits physical strain on the spine which can have a compounding effect over years in the OR Feel even more immersed in your surgical procedure thanks to the magnified view and uncompromised working position Choose to view in the eyepieces Prefer not to take your eyes off your patient to look at a screen during surgery? With CaptiView image injection you see the imaging information you need in the highest resolution, directly in the eyepieces. CaptiView displays GLOW AR fluorescence, IGS data from leading manufacturers, microscope information, and additional input streams thanks to the OpenArchitecture design 1080p full HD display with LED backlight delivers high-resolution, high-contrast images so good there’s no need to break concentration to look at a screen FusionOptics makes the previously impossible, possible The ARveo microscope has groundbreaking optical innovation at its heart: FusionOptics. Uniting an enhanced depth of field with high resolution, FusionOptics technology delivers unsurpassed visualization. When combined with 400 W xenon light and Small Angle Illumination, the result is a deep, bright view, in full focus. FusionOptics makes the previously impossible, possible The Technology of FusionOptics Two separate beam paths One beam path provides high resolution. The other beam path provides a depth of field. The brain merges the two images to a single optimal spatial image.

Fully stainless-steel construction. Specially designed for easy cleaning. BA external finished (polished). Solid construction. Infinite possibilities of manufacturing. Many models and capacities. Appropriate fabrications to fit customer needs.

Products – Page 2 – DMI Medical USA

Q: Aperio AT2 – High Volume, Digital Whole Slide Scanning

With its compact size, high capacity autoloader and optimal image quality, the Aperio AT2 slide scanner has set new standards in digital pathology. Aperio AT2 consistently delivers precise, whole slide images with an unparalleled, low rescan rate. Slides are available for remote viewing in less than a minute. With an easy-to-use Pathologist's cockpit, coupled with easy integration into laboratory information systems (LIS), the Aperio AT2 provides an ideal platform for research institutions. The Aperio AT2 runs on the Microsoft Windows 10 operating system.

Q: Leica DFC9000 GT/GTC sCMOS Camera

The Leica DFC9000 sCMOS camera will turn your imagination into reality. This monochrome microscope camera with newest scientific CMOS (sCMOS) sensor technology for fluorescence imaging enables you to image your cells under near-native conditions. Protect your cells with short exposure times Capture highly dynamic processes with high-speed acquisition Get more information in one image with large field of view High quantum efficiency over the entire light spectrum with a maximum of 82% Low read noise of 0.9 e- at 216 MHz pixel clocking rate Cooled sensor; cooling to 0° Celsius by air circulation With a capture-rate of 50 frames per second (fps) via its USB 3.0 interface, the Leica DFC9000 GT is in the fast lane – and we’re talking full frames. Deeply cooled monochrome fluorescence camera for advanced applications like high- speed live cell imaging, FRAP, and ratio measurement with amazing image quality

Q: Leica DFC700 T and DFC700 GT

These cooled 2.8 megapixel cameras provide a new paradigm for camera image quality through truly innovative design. The monochrome DFC7000 GT for demanding fluorescence applications, or the color DFC7000 T developed for both brightfield and fluorescence imaging. Contrast Method: BF →PH, DF, DIC, POL, IMC | Fluorescence |Quantification Monitor fluorochromes like DAPI, FITC up to Cy7, with highly sensitive sensors that can detect signals even in the near-infrared range. Faithful color fidelity with the DFC7000 T uses advanced color interpolation to maintain natural images. Adapt your imaging for different illumination settings with pre-defined correction matrices Capture at outstanding resolution – 4.54 μm pixels can image even the smallest details. Innovative 5 x 5 demosaicing algorithm – only from Leica Microsystems Deeply cooled monochrome fluorescence camera for advanced applications like high- speed live cell imaging, FRAP, and ratio measurement with amazing image quality Deeply cooled sCMOS camera with a combination of high QEmax (82 %), extreme low noise, high dynamic range, large sensor (19 mm), and highspeed acquisition

Q: Leica DMC6400 Pixel Shift Camera

The DMC6200 camera delivers amazing images with intense color detail and contrast - whether at the lowest or highest magnification. Its state-of-the-art CMOS sensor has a 5.86 μm pixel size, 2.3 megapixels sensor resolution, and an astounding dynamic range of 73 dB (4000:1). Achieve an image resolution of up to 20.7 megapixels with cutting-edge pixel shift technology. Contrast Method: BF →PH, DF, DIC, POL, IMC | Fluorescence High-speed image acquisition up 60 frames per second. for low-light applications, e.g. in fluorescence. The camera is equipped with a USB 3.0 interface. Excellent resolution with vivid colors.