Biotronics3D’s 3Dnet is a complete, cloud-native imaging solution that offers seamless integration with healthcare systems through IHE-compliant protocols. Designed to enhance efficiency, reduce costs, and improve patient care, 3Dnet combines advanced RIS, PACS, and diagnostic visualization in flexible subscription packages, all hosted in an ISO 27001-accredited datacenter for top-tier security, redundancy, reliability, and scalability.
Comprehensive Diagnostic and Reporting Tools with AI-Driven Insights
3Dnet integrates RIS and PACS capabilities alongside patient and referrer portals, creating a fully connected diagnostic ecosystem. With specialized AI applications for medical imaging, Biotronics3D enhances diagnostic accuracy and supports predictive insights, enabling healthcare providers to anticipate patient needs and improve outcomes. The platform also includes advanced visualization modules, such as Multi-Planar Reconstruction (MPR), Curved Planar Reconstruction (CPR), and volume rendering, accessible on any internet browser and operating system for high-resolution, secure image viewing.
Secure, Zero-Footprint Access to the Complete Patient Record
Our zero-footprint viewer provides full diagnostic quality from any device without requiring additional software, making it easy to securely access the entire patient record online. This dynamically scalable infrastructure supports any number of users, making 3Dnet ideal for multi-disciplinary, remote-working teams to collaborate seamlessly across departments and locations.
Any Image, Anywhere, Anytime—Flexible Workflow and Connectivity Solutions
Biotronics3D’s connectivity solutions enable flexible, end-to-end imaging workflow management. Whether transferring data across clinics, hospitals, imaging centers, or teleradiology providers, our platform ensures secure, reliable routing of images and information. Our fleet management solutions, supporting both mobile and static modalities, allow real-time data transfer and remote monitoring, maximizing equipment utilization and reducing downtime.
Proven Innovation with Real-World Impact
With over 400 live sites and 70,000 users across Europe and beyond, Biotronics3D processes millions of exams annually, empowering healthcare providers with efficient, secure, and scalable imaging solutions. Our platform connects healthcare professionals, technology, and expert knowledge, delivering faster diagnostics and improving patient experiences at every level of care.
Partner with Biotronics3D for Healthcare Success
At Biotronics3D, we’re committed to advancing patient care through innovative technology. Our team is ready to support your organization’s goals, making diagnostics faster, more accessible, and truly transformative for the communities we serve.
Minimal Infrastructure Costs and Maximum Security
With Biotronics3D’s zero-footprint platform, there’s virtually no need for additional infrastructure—existing workstations and monitors are all that’s required. This minimizes end-user costs and reduces the demand for local IT support. The system automatically allocates studies to radiologists, de-identifies patient demographics for teleradiology, and securely manages image access.
Built with robust security in mind, images remain in cloud memory rather than being downloaded to local devices, ensuring data protection. Two-factor authentication and study-specific access controls provide an added layer of security for complete peace of mind.
Comprehensive SaaS Solution
Cloud-based platform for medical imaging and reporting, accessible from any device with internet connectivity.
All-in-One Functionality
Includes advanced PACS, RIS, and 3D diagnostic visualization for streamlined workflows and reporting.
Remote Accessibility
Instant access to studies from any location, enabling flexible, remote work for healthcare teams.
Core Functionalities:
Specialised Clinical Applications:
B3D 3Dnet supports various clinical imaging applications with advanced tools for image post-processing, including:
Each application includes sophisticated visualization tools such as Multi-Planar Reconstruction (MPR), Maximum Intensity Projection (MIP), and Volume Rendering (VR) to enhance diagnostic capabilities.
