Alternatives to Axial3D

Materialise Mimics, a comprehensive software tool, is designed to convert medical image data to accurate 3D models. It supports a wide range of applications ranging from personalized device design to advanced anatomy analysis. The platform provides a set of tools to facilitate the planning, design and 3D printing models and guides directly at the point-of-care. Mimics Core is a key component of the platform. It is an advanced 3D medical segmentation software which streamlines the entire process from image acquisition through to 3D model generation. This tool is essential to the platform and supports virtual procedure planning. The Mimics Innovation Suite improves the functionality of the platform by providing advanced tools to engineers and researchers. It simplifies the use and benefits of 3D medical images data.

D2P®, a software program FDA-cleared under 510(k), and 3D Systems printers enable surgeons, radiologists and lab technicians to create digital 3D models of diagnostic quality and physical 3D prints quickly and easily. DICOM images can be imported into D2P, a stand-alone software package that consolidates 3D model segmentation into one workstation. D2P is an FDA-cleared medical device designed for pre-operative surgery planning and the production 3D-printed models for diagnostic purposes. The unique image segmentation tools and advanced virtual reality (VR), allow clinicians and staff at the point-of care (POC) to reduce the time and effort associated with creating patient-specific anatomical models. Digital models exported from D2P can be used with a variety of applications, including 3D printers and VR devices. They can also be used by CAD software, surgical planning software and CAD software.

Fovia's XStream HDVR SDK suite offers a comprehensive collection of tools for advanced visualisation, enabling seamless integration in various platforms including enterprise-wide network, standalone workstations and cloud-based mobile apps. The suite includes F.A.S.T. Interactive Segmentation for dynamic 3D segmentation, F.A.S.T. RapidPrint streamlines volume-to-print workflows. F.A.S.T. Cloud SDK allows for cloud-based visualization. These tools allow for the development of high-performance interactive applications and custom workflows. Fovia offers a user-friendly interface, custom integration support, and a feature set that is comprehensive to meet the needs of the advanced visualization market.

OSSA 3D, a mobile iPad app, converts CT scans to accurate virtual 3D printable model. This easy-to use medical 3D printing solution allows healthcare professionals to create anatomical models that are precise for surgical planning and patient educational purposes. OSSA3D iPad App allows healthcare providers to create accurate 3D digital model quickly and automatically using medical imaging data. Our iPad app allows orthopedic surgeons plan the steps for an operation, such as osteotomy and fracture reduction. It also includes 3D printing software that allows them to place screws and create plate templates. Automatic plate contouring simplifies the process of templating and allows for the creation of custom plate designs. Importing and modifying templates for various 3D implants such as hip and leg replacements can be done.

HeartFlow's personalized non-invasive cardiac test gives physicians a better understanding of the coronary arteries in each patient, allowing them to develop more effective treatment plans. The HeartFlow FFRCT Analysis begins when a patient undergoes an ordinary coronary computed-tomography scan in a hospital or imaging centre. The CT images are uploaded securely to our cloud. We then use artificial intelligence and advanced algorithms to create a digital model of the patient's coronary vessels. Our highly-trained analysts inspect this model and make any necessary edits. The HeartFlow pathway uses physiologic principles, computational fluid dynamics and the patient-specific model to calculate the blood flow and the FFRCT values. We follow well-established and rigorous protocols throughout the process to ensure consistency in processing for each patient.

3D-DOCTOR offers advanced 3D modeling and image processing software for MRI and CT imaging, as well as scientific and industrial imaging applications. It supports grayscale and colour images stored in DICOM (TIFF), Interfile (GIF), JPEG, PNG or other image formats. 3D-DOCTOR creates 3D surfaces and volume renderings from 2D cross section images in real-time. You can export polygonal mesh models into STL, DXF IGES, 3DS OBJ VRML PLY XYZ and other formats to be used for surgical planning, simulations, quantitative analysis, finite-element analysis, rapid prototyping, and other applications. You can make 3D measurements and calculate 3D volumes for quantitative analysis. 3D-DOCTOR’s vector-based tools facilitate image data handling, analysis, and measurement. 3D CT/MRI can be sliced along any arbitrary axis. Image fusions can be created by registering multi-modal images.

Our mobile visualization platform, which has won awards, allows healthcare professionals to collaborate and share 2D/3D medical images from any device. Secure access to data anywhere without the need to copy or move any source files. Trusted by the most advanced healthcare institutions around the world, ResolutionMD has been selected. The ResolutionMD enterprise viewer was created by clinicians for clinicians. It streamlines workflows and improves patient care. You can diagnose on mobile and the web with confidence using FDA Class II and other international accreditations.

Altris AI, a cloud-based AI-powered clinical support system, is designed to help eye care practitioners interpret OCT scans and make decisions. The platform detects rare biomarkers and pathologies in the retina, and automates selection of pathological OCT images. It has features like severity detection, retinal layer thickness analysis and layer segmentation. It also offers automatic and manual measurements. Altris AI supports DICOM, JPEG and PNG data formats and is compatible with all OCTs. The system is FDA cleared, CE-certified and GDPR compliant. It also adheres to HIPAA standards. By integrating Altris AI in their practice, eye specialists can improve patient triage and enhance diagnostic accuracy. They can also monitor disease progression more effectively.

OsiriX MD, the complete edition of OsiriX, is available. It is the most popular medical images viewer in the globe, thanks to its superfast performance and intuitive user interface. It is the culmination of more than 10 years' research and development in digital image. It fully supports DICOM standard for easy integration into your workflow environment. It provides advanced post-processing capabilities in 2D and 3D, innovative techniques for 3D and 4D navigation, PET-CT and SPET-CT fusion, as well as complete integration with any PACS server. It can import and display all medical images (DICOM) from any CD, DVD, USB stick or web-site. OsiriXMD supports 64-bit computing and multithreading to provide the best performance on the most advanced computers. OsiriX MD can be installed on its own and does not require any special environment.

Slice:Drop, a web-based interactive viewer of medical imaging data, allows users to view data instantly in 3D. It supports a wide range of scientific file types, including models, volumes, and fibers. Users can drag and drop medical imaging files directly onto the website, without any conversions required. They are then ready to render. Slice:Drop renders data in 2D or 3D using WebGL and HTML5 canvas, utilizing XTK, its open source toolkit. The data is kept on the client and not transferred over the internet. This ensures data privacy and security. The platform includes features such as 3D transparency adjustment, window/level setting, thresholding and label map opacity controls for volumes, show/hide, mesh opacity and scalars settings, and show/hide with fiber length threshold.

Fujifilm's Synapse is an advanced visualization tool developed in collaboration with radiologists and cardiologists. It offers over 50 applications that improve diagnostic accuracy and efficiency. Its server-side software supports both cloud and premise hosting. It performs state-of-the art image analyses to aid with interpretation, reporting and treatment planning, while facilitating collaboration across the enterprise. Specialty areas include cardiology and pulmonology. Oncology, urology. Neurology and gastroenterology are also included. The platform's scalable architectural design supports unlimited growth, reliable workflows increase productivity, and specialized apps meet vast visualization requirements. AI-driven detection enhances interpretation accuracy and efficiency. Native cardiology solutions elevate cardiac care. Synapse 3D integrates seamlessly with Fujifilm's Synapse enterprise PACS.

Brainlab's Elements Spine Stereotactic Radiosurgery is an advanced software designed to optimize treatment of spinal metastases. The workflow is automated at every step including anatomical map, curvature correction and target definition to ensure submillimetric accuracy. A unique algorithm compensates variations in spinal curve, improving image fusion accuracy. Automatic segmentation of spine anatomy uses a patented synthetic model to identify and label each level of the spine, allowing for precise dose calculations. The software offers spinal tumor outlining tools to contour Gross Tumor Volumes (GTV). It also automatically proposes the Clinical Target Volumes (CTV) based on International Spine Consortium Guidelines. Integrating AI-powered contouring tools allows for automatic, reliable and fast delineation. This includes lymph nodes.

Brainlab's Elements Multiple Brain Metastases SRS software is an advanced solution that streamlines the treatment and planning of patients with multiple brain metastases. This workflow allows clinicians to irradiate several metastases at once without exposing the whole brain to radiation. This reduces treatment times. The pre-planning process is automated, with steps such as image fusion, distortion correcting, object outlining and segmentation. This helps to improve accuracy and speed up planning. The software uses inverse-optimized dynamic arc treatments that use a single isocenter for steep gradients to deliver highly conformal, high-dose doses. This ensures precise target coverage without damaging healthy tissue. This approach allows the creation of high-quality, consistent radiosurgery in minutes. It benefits both clinicians, and patients, by minimizing treatment time and improving outcomes.

Simpleware software allows you to process 3D & 4-D image data from MRIs, CTs, and micro-CTs. With advanced visualization, detailed analyses, and accurate quantification, you can dive into your data. Create models that are ready for 3D printing, simulation and design workflows. Simpleware W-2024.12 is a new release that enables Simpleware software to adopt AI-assisted segmentation and streamline design features in order to accelerate your 3D analysis and processing workflows. Our industry-leading 3D model generation and image processing platform allows you create products and workflows using 3D and 4D image data. It integrates seamlessly with design and simulation software. Easy-to-use interface with quick access to all features and tools. Comprehensive analysis of 3D image data, even the most complex. High-quality models for design and simulation.

Elucis, a platform for extended reality from Realize Medical, is FDA-cleared and allows users to segment images, collaborate remotely with colleagues, plan procedures, and more within a virtual environment. Elucis allows for unlimited import of 3D, 4D CT, and MR images. This allows for comprehensive project integration. The platform provides advanced image processing, including automatic and manual image registration as well as 2D and 3D image display. The segmentation tools have been designed to be quick and easy to use. They allow for measurement, cutting and planning in virtual reality. Elucis features sophisticated 4D modelling tools that enable detailed segmentation of heart structures in all phases within minutes. Users can import 3D structures from other sources, and export their creations in a single click. The platform supports multiuser collaboration and allows connection with local or distant colleagues at any stage of the workflow.

It is easy to determine the landing zone for treatment of abdominal or thoracic aneurysms. All measurements (e.g. All relevant measurements (e.g., diameter, clock position and volumes) can be obtained by automatic detected centerline or triple oblique. The integrated manufacturer stent order sheet generates PDF files that allow you to easily order specific stents via e-mail. To optimize patient care, we strive to improve the quality of cardiovascular image analysis. We align our product portfolio with the most recent developments in the field of cardiovascular imaging. We aim to provide the best software solution for our customers at the right time. To ensure that our users are confident and comfortable with their analysis, we believe in the importance and value of training and support. We offer training options that can be customized to meet your needs.

Brainlab's Elements Cranial Stereotactic Radiosurgery is an advanced software designed to streamline complex cranial procedures such as arteriovenous neoplasms, pituitary tumors, and vestibular schwannomas. The workflow incorporates automation in every step including image fusion and distortion correction, object outlining and segmentation to ensure submillimetric accuracy. The patented 4Pi optimization of the arc setup, in combination with a volumetric modulated-arc therapy algorithm designed specifically for radiosurgery results in high plan quality, delivering highly conformal radiation doses and avoiding critical structures. The software offers robust dosimetric data and unique 3D views, which enhances the precision and efficiency in treatment planning. Elements SmartBrush also allows for easy and quick 3D target outlining using just two slices.

Qure.ai’s qLC Suite is an AI-powered tool designed to improve early detection and management for lung nodules. This will allow for timely intervention in lung cancer. The suite provides precise quantification, comprehensive characterisation, and 3D visualisation of lung nodules to ensure that no opportunities for early intervention are missed. It supports both incidental screening and targeted screening, by locating and measuring nodules with just a click. It also tracks volumetric growth in time, which helps monitor nodule progression. The qLC Suite integrates seamlessly with existing workflows and provides rapid analysis and reports to support clinical decisions. Comprehensive lung nodule platform that allows for care coordination via smart prompts, AI-annotated chest CTs and X-rays, cross-departmental scanning sharing, and custom notifications.

Today's surgeons are under tremendous pressure. The caseload is increasing each year, which outpaces the number of available surgeons. Enhatch is developing an Intelligent Surgery Ecosystem that will eliminate inefficiencies in the operating area. This is achieved through AI-powered technology, data gathering from pre-op and post-op, making each surgery more efficient. Intelligent Surgery will not be implemented in the surgical process. Surgeons will continue being overworked and burned out. Pre-op planning is the key to all successful surgeries. This stage allows you to gather information about your patient, convert 2D images into 3D models, as well as collaborate with surgeons prior to surgery. This is a simple way for surgeons to share information and gives them confidence. Intelligent sizing is possible by planning ahead of surgery. This allows for less inventory and results that are more predictable.

Vesalius3D provides high-quality 3D navigation and visualization of personalized, patient-specific structures. It allows users the ability to visualize patient-specific anatomical structures, revealing details that would otherwise be missed by using standard 2D slices. Users can navigate within the patient quickly to reach their point of view. The software is simple to use, but has a lot of functionality. It uses standard medical images, such as CT, MR and Ultrasound, without the need for any special scans. It has presets for most commonly used tissue types. Vesalius3D provides predefined visualizations that allow users to bypass manual setting and view results immediately using starting visualizations tailored to the most commonly used tissues. The software offers a variety of measurement tools, including 2D tools for distances, angles and contour areas as well as 3D tools for distances contours angles etc.

CryptoChart™ is a solution that you can use to provide patient medical records and images using a simple but highly secure CryptoChart code. Your patients can access their images from anywhere and share them easily by text message or email. If you are a patient and need assistance with CryptoChart please contact the facility from whom you received the information. Your marketers will have the competitive advantage of offering a better experience for patients and physicians. Reduce IT burden with a 25-character encryption strength and random web access code. The viewer can be used on any desktop or mobile device. Your patients will be delighted by the viewer's fast and easy way to share their information.

MiNNOVAA, a medical technology company, provides solutions in the fields of medical imaging software and image exchange. Our motto is "medical imaging innovation" and our key characteristic, the agility and cutting edge technology we use to develop our solutions. Our primary focus areas are medical image viewer, radiology work flow, and artificial intelligence for diagnostic reporting. Our team of 20 programmers, product managers, marketing, sales, call center, technical support, and administration colleagues, is young and dynamic. We strive to make a major contribution to healthcare and medical imaging. Our clinical imaging IT solutions are geared towards mid-sized hospitals and imaging centers. They offer a wide range of features including DICOM web viewers, imaging workstations (multi-platform), and integration with EHR/EMR/HIS.

Provide clinical decision support across your entire organization. To improve patient outcomes and accelerate imaging workflows, you can make your PACS and EMR more informed. We understand that you have many images from different places and that your patients deserve the best. Sometimes one size doesn't fit all. Enterprise-wide AI-driven imaging interpretation using a modern tech stack, and a smart user interface for all physicians. Access a complete suite of clinical tools, including radiology review, procedure planning, and point-of-care consultations. Users can choose between a powerful web-based explorer or a simple web-based explorer. TeraRecon supports many modalities, and 40 concurrent users can perform advanced image processing on large datasets from one virtual server. Competitors cannot support more than a few modalities or a handful of users before they need another server.

Surgical Science is a leader in medical simulation training, software solutions and simulations that are validated and customized. They are dedicated to improving patient safety and healthcare outcomes by using validated, custom simulations. Their high-fidelity simulators allow healthcare professionals to safely advance skills, from managing simple cases to essential techniques, without putting the patients at risk. Surgical Science's simulations are trusted by surgeons, healthcare teams, and clinicians worldwide. They help improve patient care every single day. Over 8,000 simulators are in use and cover more than 150 medical procedures. They are supported by over 400 validated research studies. Their evidence-based customizable curriculums and ready-to-use simulations allow healthcare professionals to improve their proficiency, promote growth and ultimately improve patient care and safety.

EchoPixel’s True3D platform creates a digital twin holographic of a patient’s heart. This allows surgical teams to study the virtual version and plan before any incisions are made. This technology provides a 4D interactive experience that allows for real-time accurate situational understanding of catheters and implants in relation to complex anatomical structures. True3D can be used in clinical applications like congenital heart defects such as MAPCA, PA reconstructions, DORVs, ASDs, VSDs, and CAVCs, as well structural heart procedures such as LAAO, Transseptal Cross, TMVRs, and TAVRs. The platform is used by leading hospitals around the world, including Miyazaki University Hospital, Japan, and it has been registered as a medical device in Japan. True3D allows physicians to better understand 3D anatomical relationships and reduce procedure times.

VolView is a free, open-source radiological viewer for clinicians that offers interactive, cinematic volume rendering in order to visualize DICOM data 3D. It runs directly in your browser, without installation. This ensures that data is kept secure on your computer. VolView provides interactive 3D cinematic volume renderings and supports drag-and drop functionality for DICOM. Users can select from a variety of color presets, adjust transparency and lighting, crop images and interact with 3D data for deeper insights. The application comes with standard 2D and 3-D controls, measurement tools and annotation features. It is constantly updated based on feedback from users. VolView is a locally installed web application that uses your computer's CPU, GPU and disk resources to process and visualize data, eliminating the need for cloud services or servers. It is open source and therefore freely available to clinicians.

INFINITY ANALYZE 7, an intuitive software package, is designed for camera control and image capture and processing in life science, clinical and industrial research applications. It supports both fluorescence and brightfield imaging modes to ensure high-quality, reproducible and accurate results. The software has features like image processing, fluorescence capture, calibration and presets. It also includes annotations and comprehensive camera controls. Users can perform tasks such as focus stacking and image stitching and apply various post processing functions to captured pictures. The fluorescence capture mode streamlines the process of converting sequences into composite images. The use of hot keys and button labels defined by the user allows for quick access to presets while changing microscope objectives. This improves workflow efficiency. Annotations such as lines, arrows and shapes can be added in order to highlight specific areas.

Flexible and configurable, it can be used by any organization, from a single physician practice to a hospital network to a multinational CRO. You can rest assured that your data will be protected without having to manage hardware and IT. HIPAA and PIPEDA standards exceed expectations for data security and privacy. The Studycast system is simple and intuitive. It provides a single workflow, from exam to archive. The optional integration interfaces complete the circle from order to results. Upload studies without having to lift a finger. Study images, measurements, patient demographics, and other data are automatically transferred from the modality to the Studycast system. The zero-footprint viewer can be accessed from any location with an Internet connection. You can view diagnostic-quality loops and images from any device, even a smart phone.

ARVIS (Augmented Reality Visualization and Information System), a wearable and self-contained surgical guide, is designed to help orthopedic surgeons perform total hip, total leg, and unicompartmental arthroplasty procedures. ARVIS uses cameras mounted at a surgeon's view to track reusable markers on a patient. This allows for accurate, real-time navigation guidance at the point-of-care. This system eliminates pre-operative imaging and streamlines the surgical process, reducing costs in comparison to traditional robotic systems. The proprietary augmented-reality eyepiece combines stereo tracking cameras and a 3D AR screen, all powered by high-performance mobile processors. This allows surgeons to focus on the patient, without having to divert attention to external monitors. ARVIS is operated by gaze and voice control, minimizing line-of-sight problems and integrating seamlessly into the surgical workflow.

Caas MR Flow 4D is designed to extract the relevant information from 3D phase contrast MR images in just a few clicks. Two 4D Flow modules can be used to perform a flow analysis based on these phase-contrast MR images. This can help in reading and interpreting cardiac MR images as well as planning the type and time of intervention. These modules include a module for analyzing vessels from the aorta to smaller vessels such as those in the kidneys and a module for analyzing heart valves based on regurgitation fraction. The key results include visualization of the aortic flow as streamlines and pathlines; distribution of wall stress and local values; pressure difference across a segment; visualization of and quantification on regurgitant fraction for all four valves.

AnalyzeDirect, a medical technology company focused on research, is a leader in the distribution and support of Analyze. This software is used for advanced biomedical image manipulation, visualization, and measurement. Analyze 15.0 is a medical research software that offers a simple, intuitive way to visualize and analyze images. It includes sophisticated segmentation tools that allow for quick and precise region definition. It also features robust measurement tools and in-depth statistical analyses. The software supports more than 45 file formats including DICOM, common radiological, and neurological formats. It is used by doctors, scientists, professors and graduate students in top medical centers, universities and pharmaceutical, biotech, medical device and contract research organizations around the world.

CSAM Picsara, a complete image management system, allows image capture, storing, and archiving in real time. The system improves precision and quality while also increasing accuracy and care. Many of Sweden's most prestigious hospitals use CSAM Picsara. CSAM Picsara, an easy-to use system that meets all organization's image management needs, is simple to use. It can be used with all types of medical devices and media. This makes it adaptable and suitable for every medical discipline. CSAM Picsara helps healthcare providers share clinical images that are vital for diagnosis and complete patient records. This allows for high quality care. Patients can easily transfer between departments and healthcare professionals without losing their medical data. CSAM Picsara makes it easy for healthcare professionals to share large amounts digital information. Annotations and measurements can be stored in patient cases.

Ambra Health, a cloud-based platform for image and medical data management, is designed for hospitals, radiology groups, contract research organizations, and medical groups. The Ambra Health software is intuitive, scalable, and highly interoperable. It allows healthcare providers to improve collaboration through image exchange with patients and departments. Ambra's secure storage solution allows users to save all imaging in one repository. It also allows them to store many types of medical imaging file formats, including TFF, JPEG and DOC. Core features include EMR/EHR integration, Cloud VNA integration, PACS integration and Cloud VNA. Telestroke, informatics first migration, and many more.

Infervision, a leading AI-based medical technology company founded in 2016, focuses on improving multidisciplinary operations and services with AI. Infervision offers cutting-edge AI solutions that help medical professionals in a variety of areas, including disease screening, diagnosis, intervention and treatment, medical research, and patient management. They offer a range of AI-enabled solutions, including InferRead CT Lung, which detects lung nodules from chest CT. InferRead DR chest, which detects chest abnormalities in chest X-rays. InferRead CT Stroke, for triaging hemorrhage in brain CT. InferRead CT Bone, for identifying fractures in chest CT.

Remedico is a Patient Relationship Management software for dental clinics. It was designed to redefine the future dental care and clinic operations. Key Features Smart Appointments™: A scheduling system that optimizes clinic workflow. HyperRealistic™ 3D Dental Chart: Detailed, interactive patient charting. Treatment Case and Plan Management: Tailored to individual patient needs. Patient Flow™: Improves patient experience by streamlining the patient journey. Set a reminder for observation on any patient or treatment case Retention Booster™: AI enhanced communication tools to increase patient retention. Patient Quiz: Easily gather patient's personal information and medical information Dentaverse™: Revolutionary VR app for vivid treatment visualization. Remedico helps clinics embrace an integrated future, where patient care, clinic efficiency, and growth are all seamlessly integrated.

PeriopSim, a medical simulation application, is designed to help perioperative nurses and members of the surgical team learn instruments and procedures in a safe environment before surgery. It provides step-by-step instructions using real surgical videos with voice narration. Users can practice in a realistic setting. The app is designed to reduce the time required for new nurses to complete their orientation by preparing them prior to entering the operating room. This will increase their confidence when performing unfamiliar procedures. PeriopSim offers detailed analytics reports that track individual and group progress. It also supports cost-effective learning through secure iPad sharing between student cohorts, departments, or teams. PeriopSim was developed and tested in collaboration with surgeons and educators. It is now used by over 200 facilities.

MEDITICE®, a cloud-based healthcare professional diagnostic image services 24/7 online appointment booking, clinic management/RIS ecosystem that significantly improves access for referral and self pay patients to receive the consultations, diagnosis and treatment they need at the most convenient time and place. The MEDITICE®, ecosystem features include patient acquisition pathways, full online ecommerce, staff optimization, DICOM MWL and medical reporting and billing.

NovaPACS EI, an advanced PACS with enterprise imaging integrated, transforms the way facilities store and present medical images, multimedia and patient information. It provides tools to support encounter-based imaging across the hospital or system. The solution breaks down information silos in your EMR by providing a patient-centric universal viewer, providing the right data at the right time to make more accurate diagnoses. It also helps deliver value-based healthcare and enhances doctor-patient engagement with the power of storyboards. It also improves cross-departmental and multi-specialty collaboration, leading better cost management and operational efficiency. NovaPACS EI is scalable from large hospitals to critical access hospitals. It manages patients with chronic or complicated conditions throughout all episodes of care.

The EMR Manager, an Enterprise Electronic Medical Record, is the global image- and document management solution that every department and institute needs. All medical and non-medical data is centrally archived as DICOM objects, and are accessible to everyone. Even the most complicated work processes can be completed safely and quickly with the VEPris. All healthcare providers have access to a VEPRO DICOM archives if they are authorized. This allows referring and post-treatment doctors to access images and reports. All multimedia patient information, including image, film, audio, and text, is displayed in a fraction of a second. Users also have the option to perform professional image processing. The EMR Manager comes in three versions with different functionalities. 3D image processing in the hospital, private practice, or at home - the EMR Manager & WEBstudio allow you to process all your 3D reconstructions, such as MIP and MPR.

Google Cloud's Medical Imaging Suite was designed to help organizations transform their imaging diagnostics through making imaging data more accessible, interoperable and useful. The suite provides a compliant, secure, fully managed service to manage healthcare data in DICOM, FHIR and HL7v2 formats, as well unstructured natural language text. Cloud computing makes it easier and cheaper to store and share large libraries that contain medical images. Cloud Healthcare API allows for the reading of DICOM instances, series, and studies that adhere to the DICOMweb standard. The suite also accelerates research, transforms patient experience, and offers solutions for data storage and analysis. It also explains concepts, best practices, and how to integrate a third-party medical image viewer with the Cloud Healthcare API.

The BioDigital Human interactive 3D software platform allows you to visualize anatomy, disease, treatment, and more. Our software makes health information visually appealing, simple, and engaging. Interactive 3D is a proven method to improve comprehension and speed in anatomy, disease, treatment education, and treatment education. Interactive visualizations can be created and managed across all your digital channels at a fraction the cost of traditional methods. You can create custom visualizations with Human Studio or work with our professional service team to visualize specific conditions and treatment. For seamless user experience, embed interactive 3D visualizations in any LMS or digital application. BioDigital's software allows organizations to quickly enhance their life science, medical, or health education. BioDigital's software allows for interactive 3D models of human anatomy, disease, physiology, and treatment. These models can then be embedded directly into any curriculum or education material.

AWS HealthImaging was designed for developers who create cloud-native applications for medical imaging. HealthImaging ingests DICOM P10 data and provides APIs to retrieve and store it with low latency. By using advanced compression and storing only one copy of each image, you can reduce costs by up to 40%. Cloud-native APIs, applications and APIs allow you to access medical imaging data from anywhere with a subsecond latency. Reduce the burden of managing infrastructure to focus on providing high-quality patient healthcare. Major medical imaging vendors support cloud-native workflows for medical imaging. Store and stream medical images directly from AWS, while maintaining low-latency performance. Save money on long-term archiving while maintaining access to images in subseconds. With the help of other tools and services, run artificial intelligence and machine-learning inferences over the imaging archives.

Kanteron Platform ingested digital pathology slides, medical images, and patient data from modalities and sequencers. It then provided a complete data toolkit for all hospital network teams. Precision Medicine at the point-of-care: Pharmacogenomics is used to prevent adverse medication events. It also incorporates data sources that have drug-gene interactions that were not previously available in easily accessible formats (e.g. Tables in a PDF document) and implementing the major Pharmacogenomic Databases (like PharmGKB or DGIdb, OpenTargets ...). This allows the user to refine their query to specific gene families, types, interactions, etc. Flexible AI allows you to choose the data set that is most appropriate for your use case and then apply it to your relevant medical images.

The Acuo VNA image management system consolidates all imaging information within an enterprise into one repository. This allows for seamless communication with core information technology systems like the EMR. The Acuo VNA gives healthcare organizations true ownership of all non-DICOM and DICOM imaging information through standard data formatting. Your imaging platform with Acuo healthcare software is highly scalable, flexible, and ready for change. Acuo's multi-tiered VNA Database Architecture keeps a complete history of image ownership. This allows images to move easily with hospitals through mergers, acquisitions, and new business models. Acuo is one VNA that supports this capability, allowing you to have centralized image management and still support individual department workflows and data-ownership. Flexible deployment options, including hybrid, cloud, and on-site.

AI products integrate seamlessly into your PACS or radiology workflow, allowing radiologists to automate tasks while providing efficient patient care. Radiologists are drowning because of the increasing demand for medical imaging in healthcare. This often leads to increased reporting errors, high workload, and a cluttered workflow. Radiologists can automate many of their repetitive tasks using AI. It also identifies standard measurements and allows them to generate high-quality reports that are evidence-based. This will allow referring doctors and physicians to make more confident decisions based on accurate data and a more intuitive workflow. Identify, characterize, and classify key elements with the highest accuracy. The images are loaded quickly and with no loss of quality. Smart suggestions are available in the template search. You can use pre-filled illustrative templates for your report or quickly customize them for standard clinical communication.

CurveBeam AI’s CubeVue provides powerful visualization tools for dataset analysis. This software allows you to perform intuitive interpretations and treatment planning at your fingertips. Basic visualization tools include zooming, panning, and window level adjustment; distance and angle measurement; case workups saving; side by side study comparisons and the ability to create DICOM and JPEG images in any window including 3D. Advanced visualization tools include dynamic 3D renderings and multiplanar reconstruction views. Dynamic 3D renders allow for free rotation of the volume to view it from any angle. They also allow for peeling off or building up skin on the volume, and scrolling slice by slice through the volume. MPR views allow for the rotation of planes in order to create custom reformats, synchronized navigation between coronal, axial and sagittal slice, and the adjustment of the thickness of the slices to create custom slabs. SimX views produce digitally reconstructed images from CT data.

The most powerful and intuitive 3D dental imaging software. Invivo6 Plus uses the most advanced 3D rendering technology. Invivo6 Plus is the preferred choice for thousands of Orthodontists and Dentists. Invivo6 Plus will work with any intraoral scanner or CBCT. You don't need to buy new hardware or use multiple devices. The purpose-built tools in Invivo6 Plus allow you to do more with your CBCT scans, increasing the value of your investment into 3D imaging solutions.

The CardioMotionTM software, available in Australia from CDN, changes the game. It changes the way that you support the rapid identification and treatment of cardiac issues. The software is intended for emergency medicine, CCU/ICUs, oncology departments and medical center clinicians. It can also be used in regional and remote sites that use point-of care devices. Also useful in cardiac monitoring for clinical trials. Merlin CardioMotionTM works with slow frame rate clips without an ECG trace to detect it. It is therefore suitable for use on clips from lower specification machines. Merlin CardioMotionTM uses proprietary algorithms to detect the ventricular walls and borders automatically. This is possible thanks to revolutionary image processing technology. This allows you to quickly and accurately assess the dynamic performance of your patient's cardiac system.

mPower Clinical Analytics makes it easy to retrieve actionable information from a variety data sources and extract insights. This cloud-based, robust solution will make your team more efficient and help you monitor, understand, and improve clinical and financial performance. AI-powered natural language processing can be used to extract radiology reports. This can provide insights that will lead to practice improvements, combat radiologist burnout and deliver more value and better care. The role of imaging is changing with the healthcare environment. You will need to be more involved in patient care and keep an eye on the outcomes. You will have better insight into financial and clinical outcomes, which will allow you to monitor, understand, improve, and ultimately, improve patient safety and clinical quality.

Aidoc is an AI-based decision support system that provides advanced healthcare-grade AI. Our technology analyzes medical images to provide the most comprehensive solution for flagging acute abnormalities throughout the body. This helps radiologists prioritize life-threatening cases and speed up patient care. This technology empowers radiologists to quickly detect urgent cases and reduces the overall report turnaround time.