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Brightfield, Fluorescence & FISH Digital Pathology Scanner Aperio VERSA

Introduction：
The Aperio VERSA is a comprehensive digital pathology scanner, designed and developed to support the diverse imaging needs of cutting edge research facilities. The combination scanner is optimized for precision scanning of brightfield and fluorescent samples, with the accuracy and resolution required for FISH . From tissue-based and proteomic markers, to subcellular, molecular and in-situ hybridization probes, the Aperio VERSA delivers high-resolution, reliable imaging. Users can create a permanent record of their research – even faint fluorescent samples, which are often subject to fading. The Aperio VERSA is ideal for scanning multiplex slides at any magnification from 5x to 63x for the whole slide without the need for spectral imaging.

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GeoMx Digital Spatial Profiler(DSP)

Introduction：
GeoMx® DSP: A Flexible & Scalable Platform for Spatial Biology Quickly resolve tissue heterogeneity and the complexity of microenvironments with the GeoMx Digital Spatial Profiler (DSP), the most flexible and robust spatial multiomic platform for analysis of FFPE and fresh frozen tissue sections. GeoMx is the only spatial biology platform that non-destructively profiles expression of RNA and protein from distinct tissue compartments and cell populations with an automated and scalable workflow that integrates with standard histology staining.

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CosMxTM Spatial Molecular Imager

Introduction：
     CosMx SMI is the first high-plex in situ analysis platform to provide spatial multiomics with formalin-fixed paraffin-embedded (FFPE) and fresh frozen (FF) tissue samples at cellular and subcellular resolution. CosMx SMI enables rapid quantification and visualization of up to 6,000 RNA and 64 validated protein analytes. It is the flexible, spatial single-cell imaging platform that will drive deeper insights for cell atlasing, tissue phenotyping, cell-cell interactions, cellular processes, and biomarker discovery.

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High Capacity Digital Pathology Scanner Aperio GT450

Introduction：
Aperio GT 450 - Automated, High Capacity Digital Pathology Scanner with 3 New Features Integrating Innovation with Automation for the Research Laboratory At Leica Biosystems, we aim to enable researchers to accelerate their journey, transforming scientific exploration into translational outcomes. Our goal is to shape the future with novel technologies that inspire every researcher’s exploration of biology. The Aperio GT 450 is proven scanning technology that consists of three upgrades that improve image quality and flexible scanning solutions in research settings: Z-Stack Scanning, Automatic Narrow Stripe, and 20x Magnification. Z-Stack Scanning Multiplane scanning that produces a composite, 3D image that enables research pathologists to review slide samples at varied levels of thickness, similar to a traditional microscope. Automatic Narrow Stripe Scanning Quality control that enables an automatic rescan of a slide when the system detects image quality issues resulting from a tilted slide or tilted tissue. Allows users to save time in their workflow by not re-preparing or readjusting slides, thus reducing labor hours. 20x Magnification In addition to 40x magnification, operators will have the option to scan slides at 20x magnification – our solution to saving space.

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Digital Pathology Scanner Aperio CT 6

Introduction：
The Aperio CT 6 features excellent imaging performance and user-friendly functional design, which utilizes less slide movement and operation to improve the efficiency of scanning and image reading, while providing superior image quality as you expect. Its full-field digital slices are widely used in scientific research, education, drug safety evaluation, forensic pathology, and other fields. I. High-Quality Image Quality Accumulated over 150 years of optical technology; the prism camera truly restores tissue colors; adopts high-fidelity color restoration technology to enhance sensitivity to red colors and precisely restore color details of H&E slices. II. Multiple Brightfield Slice Scanning Supports four types of brightfield slice scanning; developed specialized algorithms for special slices like light-colored ones; supports scanning of more sizes of slices, allowing quick switching to large slide scanning mode; for tissues with uneven thickness, it can perform multi-layer scanning and fusion imaging. III. Efficient Workflow Leica Aperio line-scan technology for fast imaging and improved efficiency; automatic mode and manual mode can be switched freely; Leica's comprehensive solution for scanning imaging, image reading, management, and analysis.

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Fully automatic intelligence Slide Stainers & Coverslippers Workstation HistoCore SPECTRA ST & CV

Introduction：
HistoCore SPECTRA Workstation - Faster Workflows and Proven Consistency from Slides 1 to 1,600 Your time matters. Speed up slide processing while maintaining quality and consistency with the HistoCore SPECTRA Workstation, the only workstation that provides consistent staining from slides 1 to 1,600. It also offers the fastest glass coverslipping drying time on the market at only 5 minutes, processing slides that are instantly dry to the touch. Work harder: Process up to 570 dried slides per hour so you can transport immediately and not delay diagnosis. Improve efficiency by 20%: This solution provides the unique flexibility to process H&E and special stains simultaneously at high throughput in parallel with 52 stations. Save time: By using specifically-designed consumables, users ensure consistent staining quality and reduce the number of manual corrective actions for coverslipped slides.

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Automated Slide Stainer HistoCore CHROMAX ST

Introduction：
Flexible and intelligent slide stainer, Meets your diverse application needs The HistoCore CHROMAX ST stainer supports a variety of staining functions to meet the needs of diverse application , produces high-quality staining supporting accurate diagnosis. The intuitive bath layout, an efficient reagent management system and a slide counting function ensures superb staining quality with minimal labor interference. One instrument supports H&E, special stains, cytology and mega slide staining to meet the needs of diverse application. Optimized pre-installed H&E protocol helps to generate standard high quality staining performance. Precise Reagent Management with Automated Slide Counting Function and slide statistics report - Ensures consistent staining quality and provides convenience for lab financial auditing.

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Automated Slide Stainer SPIRIT ST

Introduction：
Superb Staining Quality – Trust in every slide The HistoCore SPIRIT ST stainer produces consistent high-quality slides supporting accurate diagnosis. Its intelligent staining optimized technology ensures vivid color contrast from slide 1-3000 without attenuation. The intuitive bath layout, an efficient reagent management system and a slide counting function ensures superb staining quality with minimal labor interference. Self-coordinated staining optimization technology - ensures vivid color contrast and consistency Consistent staining quality from slide 1-3000 - more value obtained from every RFID-coded reagent bottle Precise Reagent Management with Automated Slide Counting Function and slide statistics report - Ensures consistent staining quality and provides convenience for lab financial auditing  

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Fully Automated Glass Coverslipper CV5030

Introduction：
The Leica CV5030 fully automated glass coverslipper produces slides with superb optical quality for reliable long-term storage. Its capability of handling a large variety of slide racks from different suppliers makes the Leica CV5030 very flexible. Most common mounting media, including xylene-free varieties, can be used. The operator can choose between wet or dry coverslipping. The CV5030’s performance achieves three goals: Highly consistent and reliable coverslipping quality, full adaptation to individual laboratory set-ups, integration into staining/coverslipping workstations to form a fully automated, user-friendly operation system.  

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Fully Automated Research Stainer BOND RX

Introduction：
BOND RX Fully Automated Research Stainer - Find Breakthroughs Faster with the Freedom to Discover Speed up your next big discovery. Use the BOND RX to confidently complete IHC, ISH, FISH, CTC, multiplexing and other tests. Explore your ideas in a variety of ways via open reagents, open detection kits, and customizable protocols. The BOND RX provides an easy way for labs to fully automate tests and accelerate research programs. Accelerate test programs through speed, efficiency, and consistent automation, reducing manual work so that researchers can spend less time at the bench and more time innovating. Preserve morphology and integrity of precious tissue with the unique Covertile system that allows you to dispense reagents in a highly-controlled and more consistent manner. 91% of customers find the stain quality and reproducibility to be better than the competition.* Commercialize your discovery with a clear path from research to clinical applications, and leverage greater access to innovative emerging technologies via partnerships.  

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Fully Automated Research Stainer BOND RXm

Introduction：
Enjoy more time with BOND RXm fully automating your academic research for IHC, ISH and emerging tests. Unmatched program flexibility and fully open reagents mean you have complete control over dyeing. Three separate slide trays also ensure the slide runs to your schedule. 1. Ensure the accuracy and repeatability of the results IHC/IF, ISH dyeing process automation, reduce human interference Ensure data consistency within and between batches 2. Simplify the detection management process and improve the flexibility of the process Antibodies, probes, and detection systems can be picked up and placed at any time, saving time and minimizing maintenance. Easy to use lightweight containers for easy use; Using a unique active lighting system, the high volume reagent level is clear at a glance. ●Improve scientific research productivity and speed up the research process ●The whole process of immunohistochemical staining from baking to restaining of 30 slices can be completed in 3.5 hours ●Different types of experiments (IHC/IF, ISH or multiple staining) can be performed simultaneously以上翻译结果来自有道神经网络翻

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Fully Automated IHC and ISH Staining System BOND III

Introduction：
BOND-III Fully Automated IHC and ISH Staining System - Make a Difference with Accurate and Timely Slides The BOND-III stainer provides you with all the pieces to solve the diagnostic puzzle quickly and consistently. Maximize your lab space with this compact solution that combines efficiency and organization, allowing you to achieve up to 62% more slide throughput per m2* compared to other leading instruments on the market. Independently benchmarked antibody clones means quality that Pathologists can trust: pair the BOND-III stainer with optimized Novocastra HD BOND reagents and BOND Compact Polymer Detection solutions. Preserve morphology and integrity of precious tissue with the unique Covertile system that allows you to dispense reagents in a highly-controlled and more consistent manner. 91% of customers find the stain quality and reproducibility to be better than the competition.* Designed with the user in mind, everything from immediate reagent access with real-time measurements/alerts and greater flexibility over the competition to swap out reagents during protocol runs, to the intuitive user interface and case management with 3 independent trays, makes the BOND-III instrument the ultimate team player to meet your lab’s needs.    

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Fully Automated IHC and ISH Staining System BOND MAX

Introduction：
BOND-MAX Fully Automated IHC and ISH Staining System - Flexible, efficient, & consistently fast Enhance your IHC and ISH productivity with precise automation, Covertile technology, and Novocastra reagents combined to create high-quality staining. The three-tray system and consistent run times provide the flexibility to accommodate incoming workloads and the predictability you need to plan each day. With BOND-MAX stainer’s lean and efficient reagent usage and flexible dispense volumes, your reagents go further while generating less waste for disposal. BOND-MAX delivers the high-quality  IHC  and  ISH  slides you can expect from a BOND instrument, in a compact, benchtop format.    

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Large freezing microtome CM 3600XP

Introduction：
Leica CM3600 XP - Whole Body Sectioning with GLP documentation The Leica CM3600 XP is the cryo-macrotome for whole-body sectioning, primarily used to quantitively investigate the effect of labeled compounds, pharmaceuticals, and biologicals in pre-clinical studies. It can also be used for anatomical and morphological analysis of large objects, including cryoplaning for 3D reconstruction. The CM3600 XP is the ideal solution for facilities requiring sectioning of large objects with documentation of all experiments, such as required for GLP. Documentation of experimental parameters supports reproducibility of experiments for all research institutions.

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Cryostat CM 3050S

Introduction：
Processing multiple specimen and performing serial cuts can result in high section numbers. Nevertheless, reproducibility can't be compromised. Permanent attention to detail and many hours in front of the cryostat can be exhausting for the user. The Leica CM3050 S cryostat is designed to help with exactly these time-consuming jobs. The low working height and available knee space of the Leica CM3050 S cryostat allow the user to work comfortably while sitting. Motorized drive and section counter improve productivity for multiple serial sections. Particularly when working with delicate specimens, e.g. brain samples, the precise specimen orientation and the specimen feed system provide for reproducible sections.

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Cryostat CM 1950S

Introduction：
Leica CM1950 - The cryostat for laboratories with numerous specimens and varying specimen types Depending on your specific requirements, the Leica CM1950 cryostat can be ordered with a variety of options. Start with the standard instrument and choose from a range of options to meet your laboratory's individual needs. For an efficient workflow, all instruments come with a spacious cryocabinet to facilitate handling of multiple specimens. The cryostat provides sufficient space to organize your tools, freezing media and glass slides.

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Cryostat CM 1860（UV）

Introduction：
Leica CM1860 UV - Cryostat for Histopathology Laboratory Applications In-surgery cancer diagnostics relies on reproducible section quality within minutes. The Leica CM1860  UV cryostat gives you the confidence to consistently produce quality sections that help provide an accurate diagnosis. When working with a cryostat, safety is important. Therefore, the Leica CM1860  UV  cryostat comes with multiple safety features, including a certified UVC disinfection that efficiently reduces pathogen contamination, including SARS-CoV-2. The Leica Premium blade holder helps to prevent cutting injures by minimizing direct contact with the blade.

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Fully automated vibrating blade microtome VT 1200S

Introduction：
The fully automated Leica VT1200 S vibrating blade microtome is designed for sectioning fresh specimens in neuroscience. Automatic feeding, specimen retraction and the use of a cutting window help to minimize sectioning time. The instrument is recommended for multi-user laboratories where both the semi-automated and fully automated functions are needed. To achieve sections that retain viable cells on the section surface, the vertical deflection of the blade can be measured with the Leica Vibrocheck measurement device and minimized with the innovative blade holder. The instrument was designed in collaboration with Prof. Dr. Peter Jonas (previously at the Physiology department of the University of Freiburg, Germany, now at Institute of Science and Technology, Klosterneuburg, Austria) and his former group.

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Blotting and Drying Machine HistoCore Water Bath M & Slide Dryer

Introduction：
The HistoCore Slide Dryer enables easy slide handling for up to 30 slides. Flexible layout options in combination with the HistoCore Water Bath M allow user to choose a layout that meets their workflow requirements and lab space. Space-saving design ensures small footprint Up to 30 slides capacity for improved efficiency Black drying rack background provides good ribbon visibility 45° angled heated rack, for easy slide placement and pick up Connects directly to HistoCore Water Bath M eliminating the need for a separate power supply Dimensions (WxDxH): 200x280x98 mm Heats slides from room temperature to up to 75℃ to speed up drying process The HistoCore Water Bath M is designed to provide a water bath to help flatten the floating slides ribbon. Visibility and efficiency are of vital importance and are ensured with Easy water exchanges with our detachable water tray, anodized for greater coating durability Black water tray with built-in LED backlight provides good contrast & visibility for identifying ribbons and assessing sectioning quality OLED touch control panel provides intuitive, easy-to use interface for both water bath and slide dryer Each water bath can supply power for up to 2 slide dryers Heating temperature: up to 60°C Dimensions (WxDxH): 280 mm x 280 mm x 105 mm Water tray dimensions (WxDxH): 230 mm x 180 mm x 53 mm Heating speed: 20 mins +/- 10%, (220V Voltage), with standard volume water filled, from 15 °C to 45°C, at ambient 18°C.

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Automated Research & Special Applications Rotary Microtome HistoCore NANOCUT

Introduction：
Discover New Breakthroughs with an Enhanced Level of Precision and Versatility When your microtomy involves diverse samples in order to discover new breakthroughs in your research projects, then NANOCUT R is the optimal solution for you. The new generation of microtomes from Leica Biosystems is built upon our 145+ year heritage of market-leading microtome design. From biomedical research to industrial applications, NANOCUT R can cut virtually anything you put in front of it. Cut sections that can be prepared for analysis in light microscopy and electron microscopy - down to 250nm (0.25µm, semi-thin). Preserve sample integrity when performing semi-thin sectioning with the Special Spindle and expanded Slow Speed Adjustment. Precisely stop the sample in the object head’s optimal position for photo-capture of the cut sample surface when running 3-dimensional reconstruction programs.

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Automated Rotary Microtome HistoCore AUTOCUT

Introduction：
Do you struggle to meet the needs of EVERY microtomist in your lab? Finally, there is a solution designed to give your users the freedom they desire: HistoCore AUTOCUT. The new generation of microtomes from Leica Biosystems is built upon our 145+ year heritage of market-leading microtome design. It allows users to select among automated, semi auto-automated, or manual sectioning modes based their personal preferences. Every microtomist can use their prefrerred sectioning mode: Automated: motorized push-button sectioning Semi-automated: push-button specimen advance & retract Manual: full control for those who love the art of microtomy Maximize safety in the lab: The AUTOCUT improves on past automated models with an automatic electronic brake to minimize the risk of injury during operation. Shorten cleaning time from minutes to seconds with the Antistatic Waste Tray.

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Semi-Automated Rotary Microtome HistoCore MULTICUT

Introduction：
Manual Microtomy with a Twist of Motorization When you need the precision and speed of manual sectioning with the efficiency benefits of a semi-automated setup, the HistoCore MULTICUT saves the day. The new generation of microtomes from Leica Biosystems is built upon our 145+ year heritage of market-leading microtome design. Combining the speed of a manual microtome with the precision of motorized specimen feeding, MULTICUT helps you get consistent, reproducible sections. 1. Advance or retract the specimen in the position most comfortable for you- manually using the Personalized Coarse Feed Wheel or user-motorized with the push of a button. 2. Enable fast and effortless trimming: with Fast Homing and Memory Position, the instrument can remember the optimal specimen position for your sectioning. 3. Produce high quality sections for IHC when using MULTICUT with the RM CoolClamp.

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Manual Rotary Microtome HistoCore BIOCUT

Introduction：
With Improved Ergonomics, Manual Microtomy Never Felt so Good Do you desire high-speed AND comfort in your manual microtomy? If so, the HistoCore BIOCUT could be the perfect solution for you. The new generation of microtomes from Leica Biosystems is built upon our 145+ year heritage of market-leading microtome design. With new options such as the personalized coarse feed wheel and 2-in-1 blade holder, it ranks among the most ergonomically-friendly microtomes on the market. 1.Quickly and efficiently select the turn direction most comfortable for you with the Personalized Coarse Feed Wheel. 2.Shorten cleaning time from minutes to seconds with the Antistatic Waste Tray. 3.Switch between high and low-profile blades even faster without changing blade holders by using the 2-in-1 Blade Holder. 4.Knife Holder DH dedicated for high profile blades and Knife Holder DL dedicated for low profile blades, to satisfy different user scenarios.

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Embedding Center HistoCore Arcadia C&H

Introduction：
The HistoCore Arcadia modular tissue embedding system incorporates two independent products, the Arcadia H heated embedding workstation and the Arcadia C cold plate. This offers you the flexibility to arrange the embedding workflow in the direction that accommodates your laboratory needs. The HistoCore Arcadia H heated embedding workstation allows for simple operation and precise control; resulting in a smooth workflow, reliability and speed of your embedding work. The HistoCore Arcadia C is a cold plate holding up to 65 cassettes on its large working surface. Cooling efficiency is important, so the cold plate was designed with an environment adaptive control module to make sure the operating temperature is stabilized at -6℃.

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Premium Tissue Processing System HistoCore PELORIS 3

Introduction：
HistoCore PELORIS 3 Premium Tissue Processing System - Foundation for Success The HistoCore PELORIS 3 seamlessly adapts to your incoming workflow demands without compromising tissue quality. World leading processing times, unmatched protocol flexibility, and an intuitive design help enable laboratories to provide same-day results to pathologists. Combined with advanced safety features, protecting both your laboratory and patient samples, the HistoCore PELORIS 3 will become your foundation for high-quality results; every time.

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Tissue Processor HistoCore PEGASUS Plus

Introduction：
Gain high confidence in your results Give every tissue type and size the treatment it deserves. Establish a workflow that meets the demands of your laboratory without compromises on tissue quality. The HistoCore PEGASUS Plus tissue processor enables you to run multiple protocols in parallel on a single instrument, ensuring optimal conditions for all tissue types without slowing down your laboratory. Combined with the ability to capture each cassette individually, including cassette ID, quantity and color, as well as basket ID, user ID and reagent information, the HistoCore PEGASUS Plus offers you a fully integrated solution.

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Tissue Processor HistoCore PEGASUS

Introduction：
Parallel Processing - No Compromises on Tissue Quality Give every tissue type and size the treatment it deserves. Establish a workflow that meets the demands of your laboratory without compromises on tissue quality. The HistoCore PEGASUS tissue processor enables you to run multiple protocols in parallel on a single instrument, ensuring optimal conditions for all tissue types without slowing down your laboratory.

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Tissue Processor HistoCore PEARL

Introduction：
The HistoCore PEARL tissue processor combines a compact design with the essential features needed in the laboratory: user safety and ease-of-use.This fully enclosed tissue processor provides reliability with a new retort design, and allows safe and reliable conventional processing with a 200 cassette per run capacity. Maximize your laboratory space with the small footprint of the HistoCore PEARL tissue processor.

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Automatic Benchtop Tissue Processor, Semi-Enclosed TP1020

Introduction：
     Configure the Leica TP1020 tissue processor to meet your laboratory's needs: Starting with the basic instrument, upgrade your tissue processor with a vacuum function, a fume control system, both vacuum and fume control, and the option to use the instrument with chloroform. Complete the TP1020 tissue processor with a variety of accessories.

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Laser Slide Marking Machine Histocore LIGHTNING S

Introduction：
The use of advanced long-life cold laser printing technology, to ensure the printing quality, long-term stability of the instrument, and human safety. The innovative device layout further improves the efficiency of slicing and slide printing, helps laboratory personnel reduce the risk of tissue mismatch and missing, and reduces the actual operation time of the slicing workstation, ensuring organizational safety and improving work efficiency. I. Efficiency Long life cold laser technology is used to ensure long-term stability of the instrument Print fast, legible, reliable quality 2. Flexibility Dual-channel design enables one-click switching between HE and IHC slides Compatible with different types of slides such as right Angle and cut Angle Both on demand and batch printing modes are supported 3. Safety Three-layer air purification system design, effectively prevent laboratory pollution, to ensure laboratory and human safety The laser protection device is designed to ensure human safety during maintenance and even in the working state of the instrument

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Slide Printer HistoCore PERMA S

Introduction：
HistoCore PERMA S Slide Printer - The Compact Slide Printing Solution Minimize Specimen Mix-Ups, Maintain Efficiency We know how important patient safety is to your laboratory. With the PERMA S slide printer solution you can print individual slides at any microtome workstation. To maximize laboratory space, place the printer on top of your Leica Biosystems rotary microtome. This provides the confidence that you have the right patient tissue associated with the right case number. On-demand direct printing minimizes the risk of specimen misidentification and securely links patients to samples.

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Inkjet Printer for Microscope Slides IP S

Introduction：
Leica IP S Inkjet Printer for Microscope Slides The Leica IP S imprints slides in only four seconds per imprint when running in serial mode. A resistant ink, specially designed for Leica Biosystems, makes imprints durable to chemical exposure and physical wear. Whether alphanumeric characters or 2D-Datamatrix barcodes, the print resolution is always satisfactory with good legibility. Barcode imprints enable laboratories to track specimen throughout the complete histology workflow. It also permits reliable archiving with quick and accurate case identification. An optional external magazine helps to automate the slide sorting process to avoid specimen mix-ups.

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Inkjet Printer for Tissue Cassettes IP C

Introduction：
Leica IP C Inkjet Printer for Tissue Cassettes The Leica IP C cassette printer has been designed for versatile printing of tissue cassettes, including cassettes with lids and two different imprint angles. A resistant ink, specially designed for Leica Biosystems, makes imprints durable to chemical exposure and physical wear. Whether alphanumeric characters or 2D-Datamatrix barcodes, the print resolution is always satisfactory with good legibility. A specific advantage of barcode imprints is the possibility to track the sample throughout the complete histology workflow. Additionally, it enables reliable archiving with quick and accurate case identification. An optional external cassette magazine holder is available for easy and convenient loading of pre-taped cassettes.

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Digital Pathology Scanner Aperio CT 6

Introduction：
The Aperio CT 6 features excellent imaging performance and user-friendly functional design, which utilizes less slide movement and operation to improve the efficiency of scanning and image reading, while providing superior image quality as you expect. Its full-field digital slices are widely used in scientific research, education, drug safety evaluation, forensic pathology, and other fields. I. High-Quality Image Quality Accumulated over 150 years of optical technology; the prism camera truly restores tissue colors; adopts high-fidelity color restoration technology to enhance sensitivity to red colors and precisely restore color details of H&E slices. II. Multiple Brightfield Slice Scanning Supports four types of brightfield slice scanning; developed specialized algorithms for special slices like light-colored ones; supports scanning of more sizes of slices, allowing quick switching to large slide scanning mode; for tissues with uneven thickness, it can perform multi-layer scanning and fusion imaging. III. Efficient Workflow Leica Aperio line-scan technology for fast imaging and improved efficiency; automatic mode and manual mode can be switched freely; Leica's comprehensive solution for scanning imaging, image reading, management, and analysis.

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Large freezing microtome CM 3600XP

Introduction：
Leica CM3600 XP - Whole Body Sectioning with GLP documentation The Leica CM3600 XP is the cryo-macrotome for whole-body sectioning, primarily used to quantitively investigate the effect of labeled compounds, pharmaceuticals, and biologicals in pre-clinical studies. It can also be used for anatomical and morphological analysis of large objects, including cryoplaning for 3D reconstruction. The CM3600 XP is the ideal solution for facilities requiring sectioning of large objects with documentation of all experiments, such as required for GLP. Documentation of experimental parameters supports reproducibility of experiments for all research institutions.

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Automatic karyotype scanning analyzer CytoVision CX

Introduction：
     CytoVision is the one image analysis and management system that provides Cytogenetic laboratories with an integrated, scalable platform for brightfield and fluorescent samples, because only Leica combines the expertise in image analysis, robotics and microscopy needed to deliver and support a truly integrated cytogenetics platform. A scalable, modular approach to the design and development of the CytoVision platform ensures a future-proof solution for any laboratory – from configurations to support a single application workstation through to fully-networked, multi-application nationwide programs.

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Automatic karyotype scanning analyzer CytoVision GSL 120

Introduction：
      CytoVision is the one image analysis and management system that provides Cytogenetic laboratories with an integrated, scalable platform for brightfield and fluorescent samples, because only Leica combines the expertise in image analysis, robotics and microscopy needed to deliver and support a truly integrated cytogenetics platform. A scalable, modular approach to the design and development of the CytoVision platform ensures a future-proof solution for any laboratory – from configurations to support a single application workstation through to fully-networked, multi-application nationwide programs.   I. Automatic Target Cell Detection, Accurate and Efficient Leica's exclusive classifier can automatically identify target cells. It prioritizes the identified cells based on their overlapping degree, nuclear size, and the distance between dual nuclei, and selects cells with better results for photographing. The cell database can automatically incorporate customers' images for training, achieving increasing accuracy through continued use. II. Effortless Micronucleus Analysis, Flexible Mutation Analysis, Convenient and Quick Classification: Lymphocytes are classified based on the number of micronuclei. Statistics: Counting the number of cells in each category, the number of micronucleated cells, micronucleated cell rate, micronucleus rate, and lymphocyte conversion rate. Analysis: Chromosome number and structural abnormalities (such as double-attached, non-attached microbodies, fragments, centromeric rings, reciprocal translocations, etc.). III. Fully Automated, Unattended Scanning Imaging Auto-focusing, automatic switching of objectives, and automatic switching of filter cubes. 1.25X objective lens automatically identifies tissue etching areas or cellular regions. Automatic scanning and capturing of fluorescent signal-bearing cells. High-throughput capacity of 120 slides, meeting clinical and laboratory needs. IV. Z-Stack Layer Scanning, Multi-Layer Capture, Complete Signal Easily capturing multi-focal plane and multi-fluorescence channel images with large depth of field. The full-information image covers all information within the entire slice thickness. V. High-Definition Imaging, Clear Display of Fluorescent Signals 1-inch CCD and research-grade microscope capture high-resolution fluorescent images. Images under combined fluorescence are restored to true signals under the microscope. The fluorescent dot counting function can automatically report the number and status of fluorescent dots, as well as perform automatic Z-axis image acquisition for interphase and metaphase FISH fluorescent signals.

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Automatic karyotype scanning analyzer CytoVision GSL 10

Introduction：
CytoVision is the one image analysis and management system that provides Cytogenetic laboratories with an integrated, scalable platform for brightfield and fluorescent samples, because only Leica combines the expertise in image analysis, robotics and microscopy needed to deliver and support a truly integrated cytogenetics platform. A scalable, modular approach to the design and development of the CytoVision platform ensures a future-proof solution for any laboratory – from configurations to support a single application workstation through to fully-networked, multi-application nationwide programs. I. Automatic Target Cell Detection, Accurate and Efficient Leica's exclusive classifier can automatically identify target cells. It prioritizes the identified cells based on their overlapping degree, nuclear size, and the distance between dual nuclei, and selects cells with better results for photographing. The cell database can automatically incorporate customers' images for training, achieving increasing accuracy through continued use. II. Effortless Micronucleus Analysis, Flexible Mutation Analysis, Convenient and Quick Classification: Lymphocytes are classified based on the number of micronuclei. Statistics: Counting the number of cells in each category, the number of micronucleated cells, micronucleated cell rate, micronucleus rate, and lymphocyte conversion rate. Analysis: Chromosome number and structural abnormalities (such as double-attached, non-attached microbodies, fragments, centromeric rings, reciprocal translocations, etc.). III. Fully Automated, Unattended Scanning Imaging Auto-focusing, automatic switching of objectives, and automatic switching of filter cubes. 1.25X objective lens automatically identifies tissue etching areas or cellular regions. Automatic scanning and capturing of fluorescent signal-bearing cells. IV. Z-Stack Layer Scanning, Multi-Layer Capture, Complete Signal Easily capturing multi-focal plane and multi-fluorescence channel images with large depth of field. The full-information image covers all information within the entire slice thickness. V. High-Definition Imaging, Clear Display of Fluorescent Signals 1-inch CCD and research-grade microscope capture high-resolution fluorescent images. Images under combined fluorescence are restored to true signals under the microscope. The fluorescent dot counting function can automatically report the number and status of fluorescent dots, as well as perform automatic Z-axis image acquisition for interphase and metaphase FISH fluorescent signals.

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