TurningMode
TurningMode is a Medical Devices and Life Sciences Technology Incubator dedicated to enhancing people's well-being through the development and implementation of innovative healthcare technologies. Their mission is to enable better patient care and medical outcomes by transforming innovative ideas into meaningful solutions that positively impact lives. They aim to positively impact over 100 million lives by 2030 through their advanced decision support, illumination, visualization, airway management, and environment control technologies.
Industries
TurningMode
Products
Multi-parameter autonomous decision support platform
Platform that integrates multiple patient parameters to provide proactive alerts and decision support for caregivers to enable intervention before adverse events.
Autonomous surgical illumination system
Illumination technology for complex clinical procedures that autonomously mitigates shadows and adapts to obstructions to reduce interruptions and distractions during surgery.
Disposable airway guidance device for ETT/LMA placement
Single-use device intended to simplify orientation and placement of endotracheal tubes and laryngeal mask airways during challenging intubations and reduce laryngeal trauma.
Anatomical simulation models for airway training
Realistic anatomy models developed to improve clinician dexterity for safe and effective patient intubation and airway management training.
Autonomous respiratory assistance system
Integrated respiratory assistance technology that adapts to environmental and user conditions to support patient breathing.
Environment separation device for surgical cavities
Device and method developed to shield open wounds and surgical cavities to meet hygienic requirements and protect caregivers from debris without interfering with procedures.
Multi-parameter autonomous decision support platform
Platform that integrates multiple patient parameters to provide proactive alerts and decision support for caregivers to enable intervention before adverse events.
Autonomous surgical illumination system
Illumination technology for complex clinical procedures that autonomously mitigates shadows and adapts to obstructions to reduce interruptions and distractions during surgery.
Disposable airway guidance device for ETT/LMA placement
Single-use device intended to simplify orientation and placement of endotracheal tubes and laryngeal mask airways during challenging intubations and reduce laryngeal trauma.
Anatomical simulation models for airway training
Realistic anatomy models developed to improve clinician dexterity for safe and effective patient intubation and airway management training.
Autonomous respiratory assistance system
Integrated respiratory assistance technology that adapts to environmental and user conditions to support patient breathing.
Environment separation device for surgical cavities
Device and method developed to shield open wounds and surgical cavities to meet hygienic requirements and protect caregivers from debris without interfering with procedures.
Services
Medical device incubation and commercialization
Incubation services to develop medical device and life-sciences ideas into commercial solutions, including strategic partnerships and product development support.
Clinical collaboration and training partnerships
Partnerships with hospitals and medical faculties for clinical development, training programs, and seminars focused on clinician dexterity and workflow improvements.
Medical device incubation and commercialization
Incubation services to develop medical device and life-sciences ideas into commercial solutions, including strategic partnerships and product development support.
Clinical collaboration and training partnerships
Partnerships with hospitals and medical faculties for clinical development, training programs, and seminars focused on clinician dexterity and workflow improvements.
Expertise Areas
- Clinical decision support
- Surgical illumination and visualization
- Airway management and ventilation systems
- Medical device design and manufacturing
Key Technologies
- Clinical decision support systems (autonomous, multi-parameter)
- Autonomous illumination systems for surgery
- Anatomical simulation models
- Autonomous respiratory assist devices