amplifier.ai: Revolutionizing Surgical Planning with AI-Powered VR

amplifier.ai is an advanced AI virtual reality platform transforming patient-specific CT and MRI scans into life-size, interactive 3D models for precise surgical planning in interventional cardiology, vascular surgery, interventional radiology, and plastic & reconstructive surgery. Designed with a surgeon-centric interface and minimal training requirements, it enables intuitive exploration of anatomy through hand gestures, supports real-time remote collaboration, and offers specialized tools for device sizing, deployment simulation, and procedural validation. By aligning radiological data with surgical reality, amplifier.ai enhances decision-making, reduces operative time, and improves outcomes—all without the need for expensive specialized hardware.

Key Features:

• AI-Powered 3D Reconstruction: Converts CT and MRI scans into high-fidelity, patient-specific 3D models.
• Interactive VR Surgical Planning: Enables immersive, gesture-based navigation of anatomy in true scale.
• Precision Measurement & Annotation Tools: Offers tools for measuring, marking, and planning incisions with millimeter accuracy.
• Device Simulation & Testing: Allows virtual sizing, positioning, and deployment of implants like TAVI prostheses, LAAC occluders, stents, and grafts.
• Specialty-Tailored Workspaces: Custom environments for interventional cardiology, vascular surgery, interventional radiology, and plastic & reconstructive surgery.
• Real-Time Remote Collaboration: Supports shared virtual spaces with voice chat and annotations for team-based planning.
• Live Procedural Metrics: Provides real-time feedback on annular stress, paravalvular leak, and residual ostial flow during virtual device testing.
• Seal-Zone Heat-Maps & Flow Simulations: Assesses endoleak and embolic risks in vascular procedures.
• DICOM-Compatible Workflow: Fully integrates with existing medical imaging systems and supports local DICOM storage.
• Exportable Surgical Plans: Final plans can be exported as DICOM-linked files for seamless integration into patient records.
• Device Library: Features clinically proven implants such as Cordis INCRAFT™ AAA Stent-Graft System, Medtronic CoreValve™ Evolut PRO+, and Boston Scientific WATCHMAN™.
• Anatomical Analysis for DIEP Flaps: Automatically analyzes CTA scans to identify and color-code artery branches based on calibre, track, and reach for reconstructive surgery.
• Reduced Fluoroscopy & Contrast Use: Optimizes planning to minimize radiation exposure and contrast agent usage during surgery.
• Streamlined Inventory Management: Promotes data-driven choices for surgical equipment and implants.
• HIPAA-Compliant Data Handling: Ensures secure processing and protection of Protected Health Information.
• No Specialized Hardware Required: Runs on standard VR-ready PCs for broad accessibility.

Pricing: amplifier.ai offers a subscription-based model tailored to medical institutions and device companies, with pricing available upon request for enterprise and clinical use.

Conclusion: amplifier.ai stands at the forefront of surgical innovation, delivering an intelligent, accessible, and collaborative VR solution that elevates precision, efficiency, and safety across critical medical specialties.