OARK ApS
OARK re-invents the operating room by creating a Mobile, Modular, and Integrated Surgical Unit that combines all necessary equipment for surgical procedures. The design focuses on integration, modularity, and mobility, aiming to reduce costs, increase patient turnover, and enhance safety and efficiency in surgical environments.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Mobile, modular, integrated surgical unit
A surgical workstation unit that consolidates equipment required for operations into a single, configurable unit designed to support traditional and minimally invasive procedures, with integrated HMI, network connectivity, and mobility features.
Mobile, modular, integrated surgical unit
A surgical workstation unit that consolidates equipment required for operations into a single, configurable unit designed to support traditional and minimally invasive procedures, with integrated HMI, network connectivity, and mobility features.
Expertise Areas
- Operating room systems design
- Human factors engineering for clinical settings
- Surgical workflow optimization
- Modular medical device systems
Key Technologies
- Head‑up display (HUD)
- Surgical data fusion
- Human–machine interface (HMI) design
- Modular hardware architecture
News & Updates
This article discusses the backlog of elective surgeries due to COVID-19 and the necessary considerations to ensure safe surgical practices as operations resume.
Announcement regarding the successful application for funding or support for OARK's initiatives.
This publication discusses how Human Factors Engineering can improve safety in operating rooms by redesigning clinical settings to mitigate risks.
This article explores how the design of medical devices interacts with their safety profile and the importance of Human Factors Engineering in minimizing risks.
This article discusses the backlog of elective surgeries due to COVID-19 and the necessary considerations to ensure safe surgical practices as operations resume.
Announcement regarding the successful application for funding or support for OARK's initiatives.
This publication discusses how Human Factors Engineering can improve safety in operating rooms by redesigning clinical settings to mitigate risks.
This article explores how the design of medical devices interacts with their safety profile and the importance of Human Factors Engineering in minimizing risks.