Personalized care is becoming the clinical standard, and an in-house 3D lab enables that shift. Using advanced imaging software, hospitals can convert medical scans into precise, interactive 3D models, extended reality environments, and patient-specific devices. This approach enhances decision-making, improves efficiency, and supports better surgical outcomes while keeping workflows streamlined and cost-effective.
Generate detailed 3D surface models that reveal subtle anatomical features often missed in traditional imaging, enabling better visualization, simulation, and surgical preparedness.
Manage cases, plan procedures, and design devices within a single platform that supports real-time collaboration, automated sharing, and faster turnaround times.
Use regulatory-compliant solutions backed by decades of expertise, ensuring reliability and confidence in planning and execution.
Maintain full oversight of quality, timelines, and processes while enabling faster iteration and seamless collaboration across teams.
From segmentation and planning to design, review, and tracking, ensure clear communication, traceability, and alignment across all stakeholders with interactive 3D and XR tools.
Personalization is rapidly reshaping healthcare, enabling more effective and sustainable treatments. With advanced 3D technologies and AI-driven insights, organizations can accelerate the journey from concept to clinical application, improving development, planning, and commercialization across multiple specialties.
Streamline the path from product concept to market with scalable solutions supporting R&D, surgical planning, device design, and 3D printing.
Cover the full workflow from image data processing and computational modeling to case management, ensuring efficiency at every stage.
Use 3D and AI-driven tools to enhance precision in procedure planning, improving outcomes and reducing uncertainty.
Accelerate structural heart innovations with predictive 3D insights that support clinical trials and faster adoption of new therapies.
Leverage AR, robotics, and navigation systems to enhance visualization, planning, and execution across clinical and research environments.
Personalized engineering and simulation are becoming essential capabilities for biomedical research teams. With advanced, clinically validated software and hardware, researchers can push innovation forward while equipping students with the practical skills demanded by hospitals and medical device companies.
Train future innovators using industry-standard tools widely adopted by global organizations, bridging the gap between academia and clinical practice.
Strengthen publications, validate ideas, and solve complex challenges with trusted, market-leading solutions used across the healthcare sector.
Benefit from flexible pricing models that make high-end tools accessible, enabling institutions to equip teams without excessive financial strain.
Stay aligned with evolving industry standards through continuous updates and access to advanced features and APIs.
Empower teams to explore new concepts in simulation, modeling, and device development with tools designed for both research and real-world application.
Move from 3D medical image data to 3D modeling efficiently and accurately. Mimics Core’s unmatched virtual procedure planning capabilities allow you to manage even the most uncommon patient cases and challenging image data.
Combine AI-enabled automated tools with smart editing tools to obtain accurate 3D models.
Identify landmarks and analyze the anatomy with an extensive set of 3D measurement tools.
Visualize different procedure scenarios for improved understanding. Virtually position devices to fully grasp the anatomical fit.
Use Python scripting to automate repetitive steps, making you more efficient and reducing the learning curve for colleagues.
Experience seamless cloud-desktop integration throughout the full Mimics platform, allowing you to save, share, access AI-enabled segmentations, or view your model in XR from anywhere.
Seamlessly transfer accurate patient anatomy and planning to the 3-matic Medical design environment, or move your patient-specific design into Mimics to compare it to your original patient images.
Design personalized guides and implants, print anatomical 3D models, and develop representative finite element models with the medical design software that starts with your patients’ anatomy.
Design anatomical models, guides, and implants directly on the anatomy using an extensive range of STL design tools.
Create highly detailed surface and volume meshes and smoothly export to a wide range of FEA, FEM, and CFD solvers.
Perform virtual implantations, anatomical studies, complex 3D measurements, and entire population analyses.
Add labels, connectors, and more to your design, then ensure printability with easy and robust fixing tools.
Experience seamless cloud-desktop integration throughout the full Mimics platform, allowing you to save, share, or view your model in XR from anywhere.
Seamlessly transfer detailed patient anatomy and planning to the design environment, or move your patient-specific design into Mimics to compare it to your original patient images.
The go-to hub for all your cases. Experience effortless online storage and case sharing with Mimics Flow, including easy access to cloud capabilities like extended reality (XR), a 3D viewer, and AI-enabled segmentation.
A seamless cloud-to-desktop integration makes saving online as easy as saving locally. Now, you can access your cases from anywhere.
With automatic versioning, Mimics Flow creates an individual copy of your project each time you save it.
Share your 3D models, plans, and device designs online — regardless of whether your collaborators have Mimics licenses. Others can view your project in a desktop application, online in Mimics Viewer, or with XR.
Once you save your projects online, you gain access to tools like XR viewing, AI-enabled segmentation, and advanced case management.
Trust that your data is handled securely and fully compliant with ISO 27001 and ISO 27701 standards.
Enable others to view your 3D planning, device designs, and anatomical models at their convenience on an online platform. Mimics Viewer's interactive interface makes it easy to gather feedback, align with stakeholders, and collaborate smoothly.
Share a view of your 3D models, plans, and device designs online, regardless of whether or not the user has a license for Mimics.
Interact with 3D models, perform simple measurements, and explore advanced navigation tools like 'fly-through' mode and section view to evaluate the full 3D complexity.
Communicate securely with your customers via the cloud, and have them easily perform measurements and provide feedback on your work.
Enable the receiver to compare the 3D models with the medical image data through a contour overlay of the model on the images.
Visualize and interact with your 3D models from XR (extended reality) devices such as AR and VR.
Segment and label images for precise 3D models with AI-powered algorithms and free up time for higher-value tasks with cloud-based work.
Plan orthognathic, reconstructive, or trauma procedures in 3D — all with a single in-house solution. Intuitive and comprehensive, Mimics Enlight CMF gives clinical teams the flexibility, confidence, and control to plan each case efficiently, no matter its complexity.
Plan more routine or challenging orthognathic, reconstructive, and trauma cases in-house. From Le Fort I to High Le Fort, scapula to fibula grafts, you’ll save time and money, ensure cross-team consistency, and facilitate improved patient outcomes — all in one virtual surgical planning software.
Focus on clinical decisions and reduce repetitive work with smart automation. Automatically segment key anatomical structures, plus automatically indicate cephalometric points and natural head positioning for effortless pre-planning.
Connect your team, data, and decisions with validated software. You’ll experience a flexible workflow that enables you to adapt plans at any stage without starting over, and work with tools shaped by regular clinical feedback and the 10,000+ patients treated each year.
With an easy learning curve, reduce your workload without compromising on quality. Do you find you need support with the software or a specific case? Our team responds promptly to your inquiries.
