What & How
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What &
How
Who & Where
Blog
Speak
with us
In modern radiology, emergency and high-throughput settings require both accessibility and efficiency. Chronos, powered by AIR (Anatomy on Image Receptor) mode, extends R/F imaging beyond the tabletop.
The X-ray tube and detector move transversally in sync, enabling exams on patients in stretchers or wheelchairs without repositioning. Contact examinations reduce the distance between anatomy and detector, improving image accuracy.
The system features isocentric tilting, automated positioning, and full four-side patient access to streamline workflow.
Joystick controls and AI-assisted positioning simplify setup, reduce cognitive load, and support safe, efficient procedures while enhancing patient comfort.
Radiology environments differ in space, patient flow, and clinical needs.
Chronos adapts to:
– High-volume hospitals
– Private clinics with limited space
– Emergency departments handling trauma and uncooperative patients
– Multipurpose imaging centers across specialties
Rather than serving a single use case, Chronos is designed as a versatile imaging platform. It enables fast workflow transitions while maintaining consistent image quality and efficiency.
Chronos addresses patient diversity by supporting different body types, clinical conditions, and mobility needs.
Key features include:
– Wide tabletop and high load capacity for bariatric patients
– Low minimum height for easier access for children and mobility-impaired patients
– Direct and lateral examaminations without repositioning
– Contact chest exams at 200 cm, replacing the chest stand
– Imaging on patients in stretchers or wheelchairs
These solutions reduce physical strain for both patients and operators, especially in emergency and trauma scenarios. Minimizing patient movement also improves examination accuracy and overall comfort.
Creanova supported Villa Sistemi Medicali through a structured, multi-phase industrial design and engineering process. The goal was to translate complex clinical and technical requirements into a coherent, scalable medical imaging system, balancing aesthetics, usability, and manufacturability.
The process combined:
– Stylistic research aligned with brand identity
– Usability analysis focused on operators and patients
– Progressive technical validation to reduce development risks
This iterative approach ensured continuous alignment between design intent, engineering constraints, and production feasibility.
The project was internationally recognized with the Red Dot Award 2026, highlighting excellence in industrial design for medical devices.
The project began with a kick-off meeting on-site, analyzing a functional prototype and creating a preliminary 3D model to evaluate volumes, movements, and proportions.
Activities included:
– Study of movements and preliminary subdivision of covers
– Competitor analysis
– Preliminary concept proposal & usability studies
Mood boards and early sketches explored alternative stylistic and technical directions, while interface studies focused on improving usability and interaction consistency.
The selected concept evolved in 3D, guiding mechanical development. Preliminary studies on fastening systems balanced feasibility with aesthetics.
– Develop the 3D model
– Lead the development of mechanics and implement mechanical updates
– Development of technical solutions, cover coupling divisions, selection of production technologies
The collaborative synergy a delivered a high-quality results.
The final phase focused on plastic engineering and industrialization. Structured follow-up sessions, driven by supplier feedback, ensured manufacturability, technical consistency, and design integrity.
Activities included:
– Verification of covers vs. mechanics and assembly
– Supplier-driven design updates
– Definition of colors, finishes, and graphics
This phase completed validation, delivering a production-ready system aligned with partner requirements.
From a design standpoint, the challenges were numerous. In this case, our technical know-how and production-oriented design experience truly made the difference, helping optimize the development phase and save both time and costs.
Key challenges:
– Giving a highly complex product with articulated volumes a clean, consistent aesthetic across all components
– Developing technical solutions that ensure safety, visual quality, and ease of installation and service
– Matching colors and finishes across different areas, where technical and cost constraints required multiple manufacturing technologies
A holistic and well-balanced design approach ensured coherence, efficiency, and a strong overall perception of quality.
Discover how our milestone-based approach reduces risk, ensures regulatory readiness, and accelerates your path to market.