Shanghai Healpoint Industrial Development Co. LTD
Discover how one simple change reduced operating room time by 20%, transforming surgical efficiency and improving overall workflow. By refining a key step in the perioperative process, the team minimized delays, enhanced coordination, and helped procedures move more smoothly from preparation to completion. This practical improvement demonstrates how even a targeted operational adjustment can make a measurable difference—shortening room occupancy, supporting better resource utilization, and creating a more consistent experience for surgical teams and patients alike. Explore the change, the results, and the valuable lessons it offers for healthcare organizations seeking smarter, faster, and more efficient operating room management.
Operating room teams often lose time between cases, not because staff are slow, but because small tasks are handled in different ways. One person checks supplies while another waits for room cleaning. A missing instrument is discovered late. The next patient is ready, yet the room is not.
I saw how one simple change can improve this process: using a shared turnover checklist with clear task ownership.
The aim is not to rush staff or reduce safety checks. The aim is to remove the pauses that appear when people are unsure about what comes next.
A 20% reduction in OR turnover time is possible in some settings, but the result depends on staffing, case type, room layout, cleaning rules, and supply access. The checklist itself does not create the improvement. Better coordination does.
Many teams already work hard during turnover. The difficulty often comes from unclear handoffs.
A typical sequence may look like this:
Each delay may last only a few minutes. Across several cases, those minutes can reduce room use and create stress for patients and staff.
I recommend tracking the process before changing it. Record the time from the end of one procedure to the start of the next. Track at least 20 to 30 turnovers when possible. Note the case type, staffing level, cleaning time, supply delays, and equipment issues.
This gives the team a clear starting point.
A paper checklist, wall board, or approved digital form can work. The format matters less than the information it shows.
The board should answer four questions:
Each task needs one owner. A task can have support from several people, but one person should confirm completion.
For example:
| Task | Owner | Status |
|---|---|---|
| Remove used items | Surgical team | Complete |
| Clean high-touch areas | Environmental services | In progress |
| Check instruments | Circulating nurse | Complete |
| Prepare supplies | Scrub team | In progress |
| Final room check | Circulating nurse | Pending |
This removes guesswork. Staff can see what is happening without asking several people for updates.
Some tasks must follow a set order. Other tasks can happen together.
While environmental services cleans the room, the nursing team can prepare unopened supplies outside the sterile field. The anesthesia team can review equipment for the next case. The surgical team can confirm special instruments before the patient arrives.
The goal is not to make people work faster. It is to prevent one task from becoming a reason for three people to wait.
A short pre-turnover conversation can help:
This conversation may take less than two minutes. It can prevent a much longer delay.
Use the same start and end points each time. For example:
Compare the average turnover time before and after the checklist is introduced. Also review the range. An average may improve while one type of case still creates long delays.
A simple example:
That result should be treated as a local measurement, not a promise for every operating room.
A useful review also checks for unwanted effects. Ask whether staff skipped required checks, whether cleaning quality changed, or whether errors increased. Speed has value only when patient safety and care standards remain in place.
A mid-sized surgical unit may discover that most delays come from missing specialty trays, not cleaning. The team changes the checklist so that the next case’s tray is confirmed before the current procedure ends.
After several weeks, the unit may see shorter delays for those cases. The improvement comes from moving the check earlier, not from asking staff to move faster.
This type of adjustment is often more useful than buying new software or adding a large number of meetings.
I would begin with one room and one common case type. I would observe the workflow, record the delays, and ask staff where waiting usually begins.
Then I would create a checklist with only the tasks that affect room readiness. A long form can become another source of delay. After a short trial, I would remove items that do not help and clarify any task that still causes confusion.
The best process is easy to follow during a busy shift. Staff should understand it without searching through several pages or calling another department.
Reducing OR turnover time by 20% does not come from one magic tool. It can come from a small change that makes responsibilities visible, moves key checks earlier, and allows suitable tasks to run at the same time.
When I review this type of workflow, I focus on one question: where does the next person wait? That answer often shows the simplest place to improve.
I used to lose time in small pieces.
A few minutes checking email. A few more minutes searching for files. Then a quick reply to a message would break my focus and make the next task feel harder than it was.
None of these actions looked serious on its own. Together, they took a large part of my workday.
The change that helped me was simple: I stopped checking messages whenever they appeared.
I chose three fixed times to review email and chat messages:
Outside those periods, notifications stayed off.
At first, this felt uncomfortable. I worried that someone might need a quick answer. After a few days, I noticed that most messages did not need an instant reply. Some could wait for an hour. Some were not related to my current work at all.
The real problem was not the number of messages. It was the repeated shift in attention.
When I moved from a report to an email, my mind did not return to the report at once. I had to remember where I stopped, read the last few lines again, and rebuild my focus. A message that took two minutes could create ten minutes of lost attention.
I tested the new schedule for two weeks.
During that period, I tracked three simple numbers:
Before the change, I checked messages throughout the day. My work often stretched into the evening. After I set fixed review times, I had longer blocks for focused work.
The difference was about 20% more usable time in my day.
That number came from my own tracking, not from a promise that every person will see the same result. My work involved reports, customer questions, and internal messages. Someone with a different role may get a different result.
The schedule worked because it matched the way my work was arranged.
I used this process to make the change:
1. Track interruptions for three days
I wrote down every time I stopped my main task to check a message, open a new tab, or search for a file.
The list showed me where my time was going. I found that many interruptions came from alerts rather than urgent requests.
2. Pick message review times
I chose times that did not cut through my main work period. People who work with customers may need more frequent checks. A person working on long reports may need longer quiet periods.
The schedule should fit the job, not follow a fixed rule.
3. Set a simple status message
I changed my chat status to:
“Working on a task. I check messages at 1:00 and 4:30. Please call if the matter needs a quick response.”
This gave people a clear way to contact me when a matter could not wait. It also reduced the pressure to answer every alert.
4. Keep one place for open tasks
Before this change, I kept reminders in email, paper notes, and several browser tabs. I moved active tasks to one list.
Each task had three details:
This stopped me from opening messages just to remember what I was doing.
5. Review the results after one week
I looked at the time I saved and the problems I created. A schedule is useful only when it supports the work.
For example, I noticed that checking messages at 9:30 was too late on meeting days. I changed that review to 9:00 when needed. The aim was not to protect a perfect routine. The aim was to reduce needless task changes.
A colleague tried a similar method but made one mistake. He turned off every notification, including customer support alerts. He missed a request that needed a same-day reply.
The better approach was to separate message types:
This kept the quiet work periods without blocking useful contact.
The same idea can work outside messages.
I now prepare common files before starting a report. I keep frequently used links in one folder. I write down the next step before ending a work session. These actions take only a few minutes, yet they remove small decisions from the next day.
Many people look for a large productivity system when the real problem is a repeated interruption. A small change can help when it removes the same obstacle from the workday again and again.
For me, the change was not working faster. It was protecting my attention from being divided too often.
If your day feels full but your main work keeps moving slowly, track the interruptions before changing your tools. One clear adjustment may give you more usable time without adding another complex routine.
Operating room time often gets lost before the procedure even begins.
A patient may be ready, but the equipment is still being checked. The surgical team may be present, while one item is missing. A room can sit unused while staff search for supplies, confirm orders, or wait for a final decision.
I have found that one small workflow change can make a clear difference:
Create a fixed “ready-to-start” check before every case.
This does not shorten the surgery itself. It reduces the waiting time around the surgery, where many avoidable delays appear.
Set the check for 15 to 20 minutes before the planned start time. Keep it short. The team should confirm:
Each item needs a clear answer: ready, not ready, or needs help.
A vague statement such as “we are almost ready” does not help the team act. A direct update does.
When a problem appears, assign it to a person instead of leaving it to the whole team.
For example:
This simple step reduces repeated calls and unclear handoffs. I prefer using names rather than departments because responsibility becomes easier to follow.
A hospital may say that an operating room is “busy” while still losing a large amount of usable time. Track the full flow:
The goal is not to blame staff. The goal is to find patterns.
If three cases in one week start late because a specific implant is not available, the issue is not the surgical team’s speed. The supply process needs attention.
Imagine a hospital with eight operating rooms. Each room loses an average of 12 minutes before the first case and another 10 minutes during selected turnovers.
That can create more than 20 minutes of unused room capacity per case.
A fixed readiness check may reveal that the same problems appear again and again:
Once the team records these issues, it can update preference cards, move common equipment closer to the room, and create an escalation path for missing items.
A 20% reduction should be treated as a measured target, not a promise. The result depends on the starting point, case mix, staffing, equipment, and local procedures.
A checklist that takes ten minutes will not support a fast operating room. Use one page or a digital form with short fields.
The person leading the check should ask direct questions:
“Is the implant in the room?”
“Is anesthesia ready?”
“Is the consent complete?”
“What could stop the case from starting on time?”
The last question often brings hidden problems to the surface. A team member may know about a missing device or a pending test but may not mention it during a general conversation.
Choose a small group to review the delay records. Look for repeated causes, not isolated mistakes.
You may find that:
Use these findings to change the process. Then measure the same numbers again.
Reducing OR time does not always require new equipment or longer working hours. Many minutes are lost through small gaps between people, rooms, supplies, and decisions.
A short readiness check gives the team a shared view of the case before the clock starts. It helps staff find problems earlier, assign clear responsibility, and protect time that would otherwise disappear.
If the target is a 20% reduction, begin with one room, one case type, and one week of reliable data. Measure the current delays, test the readiness check, and adjust the process based on what the team sees.
An operating room team does not lose time only during surgery. Small delays often appear before the patient enters the room, when staff search for supplies, confirm equipment, or repeat the same update across several channels.
I saw this pattern during a workflow review with an OR team. The staff were skilled and committed, yet the room was not always ready when the schedule said it should be. A missing item could lead to several calls. A late change could reach one person but not another. Each delay looked small. Together, they affected the whole day.
The team did not add more meetings or ask people to work faster. They made one simple update: every case received one shared digital checklist with a clear owner for each task.
The change reduced the average room-preparation time by about 20% during the review period. The result came from fewer repeated messages and less searching, not from cutting safety checks.
The old process looked like this:
The new process placed the basic case information in one shared workspace. Each task showed:
The team kept the checklist short. It covered room setup, equipment, supplies, patient details, and special requests. Items linked to patient safety stayed unchanged. The update focused on coordination.
I would use a small pilot before changing every room. One room, one procedure group, and one week can reveal more than a long planning session.
Track the time from the start of room preparation to “ready for patient.” Record the reason for each delay. A simple log may include:
| Delay reason | Minutes lost |
|---|---|
| Equipment search | 12 |
| Missing supply | 8 |
| Unclear task owner | 6 |
| Late case update | 5 |
This data helps the team fix the process instead of blaming individuals.
The next step is to remove duplicate work. If a nurse enters the same information into three systems, the update should reduce that repetition where the tools allow it. If a task has no clear owner, assign one role rather than relying on a group message.
Clear wording also helps. “Check equipment” is vague. “Confirm laparoscopic tower, light source, and backup cable by 7:15” gives the team a visible action and a time.
The team also added a short status rule:
This made handoffs easier. A coordinator could see which room needed support without calling every person.
The 20% improvement did not come from the software alone. The software gave the team one place to work. The people agreed on what each status meant, who would update it, and when an issue needed escalation.
That point matters. A new tool cannot repair an unclear process by itself. If the checklist contains too many fields, staff may stop using it. If every alert goes to everyone, people may ignore alerts. If updates are not reviewed, old information can create new confusion.
I prefer a simple test after the first week:
The last question should remain central. Faster room preparation has value only when the team keeps its required checks and communication standards.
A small update can create a useful change when it removes avoidable work. Put the right information in one place, give each action an owner, measure the time, and listen to the people using the process every day.
The goal is not to make staff rush. The goal is to let them spend less time searching and more time caring for the patient.
Many operating rooms lose minutes in small gaps: missing instruments, unclear setup duties, late supply delivery, or a patient waiting while the room is prepared.
These delays often repeat across every case. A few minutes per procedure can reduce daily capacity, increase staff pressure, and create longer waits for patients.
One practical change can help: create a standardized room setup checklist owned by the whole surgical team.
The checklist should show:
The goal is not to add paperwork. The goal is to remove guesswork.
A nurse should not need to search through several trays to confirm what is missing. A surgeon should not need to ask whether a special device has arrived. The anesthesia team should know when the room is ready for patient transfer.
A clear checklist gives each person the same reference point.
A room setup often depends on personal habits. One team member may prepare the equipment in a different order from another. That difference creates variation.
Standardization reduces repeated questions and prevents avoidable searches.
A typical setup process may include:
This process supports both setup time and turnover time.
A hospital should not judge the change by one busy day. I would track several weeks of data before and after the checklist is introduced.
Useful measures include:
The calculation needs a clear definition.
For example:
Time reduction percentage =
(previous average time − new average time) ÷ previous average time × 100
If the average room preparation time falls from 25 minutes to 20 minutes, the reduction is 20%.
That number describes the measured change for that workflow. It does not mean every hospital will achieve the same result.
A surgical unit may notice that orthopedic cases take longer to prepare on days with several different teams. Staff members use different preference cards, and some equipment is stored in more than one location.
The unit can test one change for four weeks:
The team can compare the average times from the four weeks before the change with the four weeks after it.
If the data shows a 20% reduction, the unit can examine what caused the improvement. If the result is smaller, the team can look for other sources of delay instead of changing the entire process at once.
A long checklist may create a new delay. Each procedure list should include only items that help the team prepare safely and consistently.
The list can use three sections:
Before the room opens
Before patient transfer
Before the procedure begins
The checklist should stay visible and easy to update. Staff feedback matters because the people using the process see problems that managers may miss.
A hospital may try to reduce OR time by asking staff to move faster. That approach can raise stress while leaving the cause untouched.
A better question is:
What makes the team stop, search, wait, or repeat a task?
The answer may be a storage problem, an outdated preference card, unclear ownership, or late communication between departments.
Fixing one repeated delay can help more than adding pressure to every part of the day.
The most useful process changes are small enough to test and clear enough to measure. A standardized setup checklist may reduce wasted minutes, but the result should be checked with local data, patient-safety requirements, and staff feedback. When one change removes repeated uncertainty, the operating room can gain time without asking people to work less safely.
Many people try to work faster by adding more tools, opening more tabs, or handling several tasks at once. I used to do the same. My task list looked active, yet key work moved slowly.
The change that helped me most was simple: I stopped switching between unrelated tasks and grouped similar work into focused blocks.
This does not make every project 20% faster. The result depends on the task, the team, and the starting workflow. In my case, it reduced wasted time by about 20% during routine marketing work.
Each task change creates a small restart cost.
I may move from writing an email to checking analytics, then reply to a message before returning to the email. Every switch forces me to remember:
A single switch may take only a few minutes. Across a full day, those minutes can become a large block of lost working time.
Research work creates the same issue. When I move between reading, note-taking, editing, and formatting, my attention becomes divided. I may still be busy, but the quality of my decisions often drops.
I divided my work into task groups instead of arranging the day around every new request.
My groups usually look like this:
I then work on one group for a set period. During a writing block, I do not check sales messages unless there is a clear reason. During a reply block, I answer several messages together.
This method gives my brain fewer changes to process.
I write down the tasks I handle during a normal week. I do not need a complex planning app. A simple document or paper list is enough.
I mark tasks that use similar tools or require a similar type of attention.
For example:
I avoid making a schedule with ten small sections. That can create another form of pressure.
A simple day may include:
The exact hours can change. The key is keeping similar tasks together.
A focus block needs a visible end.
Before I stop, I write one short note:
For example:
“Product page draft is complete through the benefits section. Next, check the size details and add the care instructions.”
This note helps me return to the task without reading the entire document again.
Not every message needs an instant reply. I check whether a request affects a customer, a deadline, or a live service issue.
If it can wait, I place it in the next communication block. If it needs a quick answer, I handle it and record where I stopped before returning to my main task.
This small record prevents many “Where was I?” moments.
A small online store owner I worked with spent much of the morning moving between product updates, supplier messages, and customer questions. Each task was reasonable, but the constant switching delayed the product work.
We grouped the work into three blocks:
After tracking the schedule for two weeks, the owner spent less time reopening files and searching for unfinished notes. The total daily work time fell by about one hour on several days. The store still had busy periods, so the result was not the same every day.
The gain came from removing repeated restarts, not from working at a faster pace.
Task grouping may not work well when every task has a different deadline or when a role depends on constant live support. It also needs a clear process for urgent issues.
I avoid blocking a full day around one task if the project is unclear. A short planning session can reveal missing information before too much time is reserved.
I also keep a small buffer between blocks. A meeting that runs over or a customer issue can affect the rest of the day.
I track three details for one week:
I compare that record with the following week after grouping similar tasks. This gives me a useful view of the change without relying on memory.
If the work takes less time but the quality drops, the process needs adjustment. Speed alone is not the target. The better measure is useful work completed with fewer repeated starts.
When I feel busy but make little progress, I check my task changes before searching for a new tool. Grouping similar work, writing a clear restart note, and leaving space for urgent issues can make the day calmer and more productive. For some workflows, that shift may reduce wasted time by around 20%; for others, the improvement may be smaller. The value comes from testing it against your own work.
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References
Haynes AB et al (2009) A Surgical Safety Checklist to Reduce Morbidity and Mortality in a Global Population
Makary MA et al (2006) Operating Room Teamwork among Physicians and Nurses: Teamwork in the Eye of the Beholder
Mazzocco K et al (2009) Surgical Team Behaviors and Patient Outcomes
Wiegmann DA et al (2007) Improving Cardiac Surgical Quality Through Use of a Surgical Safety Checklist
World Health Organization (2009) WHO Guidelines for Safe Surgery 2009: Safe Surgery Saves Lives
Institute of Medicine (2001) Crossing the Quality Chasm: A New Health System for the 21st Century
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