Cell B waits after each completed cycle
In this example, the delay starts after completion and clears when the next station is ready
- Repeated events
- 8
- Median delay
- 6m
- Recovery window
- 14m
Manufacturing
Find repeated delays at individual work cells
Measure cycle delays, bottleneck recovery, and repeated exceptions at individual work cells
Request a demoStart with the decision
Find where the line falls behind plan
Define the expected cycle and the states your team wants to compare
CAM 05 · CELL B
Repeat delay matched
Live line analysis
Follow each cycle through delay and recovery
- 01Measure
Classify working, waiting, blocked, and recovery
- 02Connect
Follow transfers between the selected work cells
- 03Compare
Return repeat delay by station and shift
Line analysis ready every shift
Fortune AI platform
Which work cell has repeat cycle delays?
Align downstream release timing. Review line cycle time alongside the camera evidence for the same operating period.
- 01 · AskWhich work cell has repeat cycle delays?
- 02 · VerifyReview the interval and supporting footage
- 03 · CompareTest line cycle time on matched periods
Which work cell has repeat cycle delays? Cell B repeats the same cycle delay. Review the camera evidence, the measured line cycle time, and the next action: align downstream release timing.
From delay to recovery
See the bottleneck and the sequence around it
Use the footage-backed answer to adjust line balance or the recovery process
Fortune AI AgentShift review · Cell B
Check the gap between completion and transfer
Review the cycle ending, the waiting period, and the next station becoming available
Review the release timing between stations
Compare Cell B completion with downstream readiness before changing line balance or the recovery process
Ready to play
Work-cell cycles
Separate cycle time from waiting
Separate slow processing from delayed handoffs with work-cell cycle measurements.
Operating context
Manufacturing video analytics measures the sequence at a work cell: processing, completion, transfer, and the next cycle. Review repeated gaps to distinguish a slow process from a delayed handoff
Line cycle time
Separate working, waiting, blocked, changeover, and recovery at a work cell.
Compare the true cycle before changing targets or operator coverage.
Bottleneck recovery
See where delay starts, how long it persists, and when flow resumes.
Focus improvement on the station that constrains recovery after a stop.
Repeat exceptions
Group recurring process states by station, time window, and shift.
Separate one-off incidents from the exceptions worth redesigning.
Work-cell productivity
Compare paid time with completed production output at the same cell.
Review waiting and blocked time before changing labor standards.
Start with one production decision
See what your existing cameras can measure
FAQ
Questions before measuring work-cell cycles.
Cycle definitions, short stops, machine records, and incomplete observations.
Discuss your site's requirementsGeneral questions & other industriesWhy does the same workcell have inconsistent cycle times?
Define a visible start and finish for one repeatable cycle. Compare processing, waiting, and transfer intervals for the same product family. Use the matching clip to review variation; video alone does not establish machine condition or part quality.
What to measureMedian and 90th-percentile cycle time, with incomplete cycles counted separately.
How can we find short stops missing from the shift log?
Agree on what visible running and stopped states look like. Collect repeated stopped intervals and review them with maintenance or production records. A stationary object is an observation, not an automatic fault diagnosis.
What to measureStop frequency and observed stopped minutes per workcell-hour.
Do we need machine data as well as camera footage?
Use cameras for visible work and material handoffs. Use PLC, MES, and quality records for machine states, accepted output, and rejects. Align timestamps and IDs before combining them; a camera-only count should not be presented as a complete OEE calculation.
What to measureMatched cycles and unmatched records, with each metric's data source identified.
What scope and privacy requirements should we agree on?
Agree on the process, visible running states, observation period, and acceptance criteria. Combine workcell measurements with production-flow measurements when reviewing handoffs between stages.