By integrating an intuitive scanning system into surgical workflows, we’ve cut down manual tasks drastically. This innovation allows teams to focus on the patient, rather than cumbersome paper checks.
John Taylor
Designer
By integrating an intuitive scanning system into surgical workflows, we’ve cut down manual tasks drastically. This innovation allows teams to focus on the patient, rather than cumbersome paper checks.
John Taylor
Designer
Manually verifying tools isn’t just tedious—it’s prone to error and drains valuable time when patient care is on the line. Ortolligence wanted a digital solution to automate and streamline these checks, minimizing human oversight without overcomplicating the process.
Manually verifying tools isn’t just tedious—it’s prone to error and drains valuable time when patient care is on the line. Ortolligence wanted a digital solution to automate and streamline these checks, minimizing human oversight without overcomplicating the process.
Our Role
We created a mobile scanner app that quickly tallies surgical instruments, eliminating cumbersome paper logs and manual counting. By incorporating human factors engineering, we ensured the interface remains straightforward, reduces user fatigue, and allows surgeons and nurses to focus on critical patient needs.
Designing a solution that fits seamlessly into high-pressure surgical environments was one of our primary hurdles. The team had to ensure the app interface remained uncluttered while handling critical data in real time, allowing medical staff to scan and confirm instruments quickly without disrupting their workflow.
Our Role
We created a mobile scanner app that quickly tallies surgical instruments, eliminating cumbersome paper logs and manual counting. By incorporating human factors engineering, we ensured the interface remains straightforward, reduces user fatigue, and allows surgeons and nurses to focus on critical patient needs.
Designing a solution that fits seamlessly into high-pressure surgical environments was one of our primary hurdles. The team had to ensure the app interface remained uncluttered while handling critical data in real time, allowing medical staff to scan and confirm instruments quickly without disrupting their workflow.
User experience focus
We conducted iterative testing to confirm that each step, from scanning to confirmation, was intuitive and minimized potential errors. By continually refining the user flow, we introduced a straightforward interface that reduces manual tasks, accelerates routine checks, and contributes to better overall surgical efficiency.
By automating and simplifying instrument checks, Ortolligence’s Surgical Tool Scanner App significantly reduces procedural delays and human error. Surgeons and nurses can trust that every instrument is accounted for—ultimately elevating patient safety and operational efficiency.
User experience focus
We conducted iterative testing to confirm that each step, from scanning to confirmation, was intuitive and minimized potential errors. By continually refining the user flow, we introduced a straightforward interface that reduces manual tasks, accelerates routine checks, and contributes to better overall surgical efficiency.
By automating and simplifying instrument checks, Ortolligence’s Surgical Tool Scanner App significantly reduces procedural delays and human error. Surgeons and nurses can trust that every instrument is accounted for—ultimately elevating patient safety and operational efficiency.
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