Production Managers
The schedule is your product. Load it against real capacity, test a sequence before you commit it, and let the floor see what runs next.
What runs next on which machine, and who is standing idle waiting for it.
The schedule is the thing a production manager actually makes. Everything else, the expediting, the overtime call, the decision to break a setup, is a consequence of it. And it goes stale faster than any other document in the plant: a hot job lands at nine, two operators call in, a vendor slips a week, and the whiteboard you redrew last night describes a plant that no longer exists. WorkCell schedules against real machine and labor capacity rather than infinite capacity, and a proposal run lets you try the resequence and see what it costs you downstream before you commit it. The floor then sees the committed order at the terminal, so dispatch and plan are the same thing.
A plan drawn on a board or in a spreadsheet assumes nothing changes, which is the one thing you can rule out. By mid-morning the real sequence lives in your head and in three conversations, and the only way anyone else learns it is to come and ask you.
You push the hot job in front of the queue because you have to. What you cannot see in the moment is which three jobs behind it just lost their dates, so nobody tells sales, and the next escalation is a customer call about a job nobody was watching.
Two jobs on the same machine share a fixture and a material, and running them back to back saves most of a setup. Whether that happens depends on whether the setter noticed. Over a month that is real capacity lost to sequencing nobody owned, and it never appears in any report, because a setup that was avoidable looks exactly like a setup that was necessary.
The schedule assumed a labor pool that did not show up. With no view of which operations need which skills and how many hours each one takes, reassigning people is guesswork, and you find out you guessed wrong when a cell runs dry at two in the afternoon.
The operator has the program loaded, the fixture is on, and then there are eleven blanks for a job of thirty. The shortage existed for a week in somebody's inbox. The setup is now sunk, the machine hour is gone, and the operator who found it is the last person in the plant who could have done anything about it.
Finite capacity scheduling
Jobs are loaded against actual machine and labor capacity rather than being dropped onto an infinite plan. A work center that is already full shows as full, so the backlog is sequenced against reality instead of against a start date somebody typed in.
Proposal runs before you commit
Run the resequence as a proposal, see which jobs and which promised dates move, then commit it or throw it away. The hot job conversation stops being a judgment call in a corridor and becomes a plan with a visible cost attached.
Dispatch the floor can read
The committed sequence reaches the terminal at the machine, so the operator knows what runs next without finding you. When the sequence changes, the dispatch list changes with it rather than diverging from whatever is still on the board.
Routings with real operations and times
Each part carries a routing with its operations, work centers, setup and run times. That is what the scheduler loads, and it is also what the operator clocks against, so the plan and the record are built from the same numbers.
Actuals that correct your standards
Clock-ons and completions post against the operation, so the run time you planned sits next to the run time you got. Standards get fixed from evidence rather than from the memory of whoever set them originally.
Status without walking the floor
Who is clocked on, which operation each job is sitting at, what has been completed and what was scrapped: all of it is current to the last transaction. Your morning walk becomes a check rather than a data collection exercise, and the questions you get from sales stop requiring a trip to the machine to answer.
| Task | What Changes |
|---|---|
| Schedule one cell, not the plant | Pick the constraint, usually the machine everything queues behind, and schedule only that. A plant-wide load on day one fails on bad routing data. One cell with honest times proves the sequence and gives you something to defend the wider rollout with. |
| Put honest times in the routings | The scheduler is only as good as the setup and run times you give it. Take the ten parts that make up most of your volume and correct their operations first; the remaining hundreds can be fixed as actuals come back from the floor. |
| Run next week as a proposal | Load the backlog, run a proposal, and compare the dates the schedule produces against the dates sales has promised. The gap is the conversation you have been having informally for years, now written down with specific jobs attached. |
| Move clock-on to the machine | Operators clock on to the operation at the terminal and record quantity and scrap there. Within a week you have real run times, and the schedule stops being a plan laid over guesses and starts being a plan laid over measurements. |
| Stop maintaining the whiteboard | Once the dispatch list at the terminal matches the committed schedule, retire the board. Keeping both alive is the failure mode: the floor trusts whichever one it can see, and two sources of sequence is worse than one imperfect one. |
Finite scheduling, dispatch, and terminals that record what actually ran.
EngineeringVersioned BOMs and routings carrying the operations and times you schedule.
WorkforceWho is clocked on to what, and which operations their time landed against.
InventoryOn-hand and issued quantities, tracked in pieces, with lot and serial detail.
The review your schedule gets held up against every morning.
Purchasing ManagersWhere the material shortage that breaks your week usually starts.
Machine ShopsHigh-mix work where sequencing and setup time decide the week.
ProductionScheduling, dispatch, and the shop floor terminals behind both.
How do you manage jobs for the shop without a whiteboard?
You give the sequence one home and let the floor read it there. WorkCell schedules jobs against real machine and labor capacity and pushes the committed order to the terminal, so the dispatch list and the plan are the same record rather than a board somebody copies from.
What are smaller job shops doing for routers and travelers?
Many still print one per job and let it accumulate handwriting. WorkCell keeps the routing on the job and has the operator clock on and record quantity, scrap, and inspection results at the terminal, so the traveler becomes a record you can query rather than paper to file.
What happens to the rest of the schedule when a hot job jumps the queue?
You see it before you commit. Insert the hot job in a proposal run and the scheduler shows which jobs and which promised dates move. Expediting still costs you something, but the cost is visible and specific instead of surfacing later as a customer call.
Does WorkCell plan my material for me?
Not today. Material planning is not finished, so WorkCell does not run live MRP and will not hand you a replenishment plan. Inventory, purchasing, and job demand are all in the system and visible, but the shortage call is still yours to make. The schedule is real; the material plan is not.
How do you stop floor-level program tweaks turning a repeat job into chaos?
Put the change in the routing rather than in one operator's head. Operations carry their instructions and attachments, and BOMs and routings are versioned with effective dates, so a job shows the revision it was built to. There is no change-request approval workflow; revision and effective dating are the control.
Does WorkCell read my machines directly?
No. There is no machine-signal capture today, no MTConnect and no OPC-UA, so spindle state and cycle counts do not arrive on their own. Run time, quantity, and scrap come from the operator at the terminal, which is accurate enough to schedule on but is not automated data collection.
See it from your seat.
Tell us how next week gets planned today and we will show you what the scheduler does with the same backlog.