OR Efficiency Platform
A data-driven methodology that reduces the pressure on surgical teams while balancing quality, cost, and revenue.
Step 1: Data gathering and roadmap
Baseline measurements:
50+ datapoints
Once we have an in-depth understanding of your goals, our experts will visit your OR. With 50+ data points per surgery, we measure and gather insights on your current processes and efficiency in the OR. We analyze these data using our predictive data model and best practices database to define how we together can make your OR more efficient by standardizing and optimizing procedures, reducing instruments, and implementing best-in-class technology.
Improvement roadmap
and best practices
Based on the baseline measurements, we propose a change management roadmap listing the different opportunities for improvement and predict the potential impact of the implementation. Together we make the right choices based on these actionable insights. The approved roadmap specifies the right technology and process changes enabling you to reach your goals.
Step 2: Roadmap implementation
Change management
Be a change agent to catalyze implementation and growth in the OR and hospital.
Training programs
Continuous and team-focused, using the latest tech and proved practices.
DIY Measurement Suite
Access to the DEO software suite to perform measurements in-house.
Measurement services
Carry out extra measurements to extend the body of evidence and measure true effect.
Data analytics
Generate reports with the best OR practices and improvements based on data.
Simulations
Predict impact of additional changes via simulations to facilitate decision-making.
Step 3: Measuring roadmap impact
The human and economic
side of things
After implementation, our team will come back to measure and validate the impact of the new processes. Here, we look at the human and economic side of things, for instance, better employee and patient satisfaction, improved ergonomics, stress reduction, increased OR throughput times and revenue, quality optimization, and reduced total cost of treatment.
