Job list per press
Each operator sees the jobs assigned to their press, sorted by due time, with plate and ink status shown.
On a busy press day, the bindery waits for a job the press finished an hour ago, and nobody wrote it down. A staff app for commercial printing companies puts job tickets, makeready checklists and shift notes on the shop floor, so the next person knows what to do without walking the building.
Print shops run on timing. A press waits on plates, a bindery waits on sheets, and a delivery driver waits on both. A generic task app can list the work, but it cannot track a makeready, a color sign-off or a sheet count from a running press.
The people doing the work are often on their feet, wearing gloves, and moving between presses. Anything they do in the app has to take a few taps, not a form. The value is that a shift handover stops relying on memory and on the whiteboard by the door. The people on the floor will judge the app within the first shift.
A job starts as a ticket printed at the front desk and passed to prepress. Prepress sends files to the press, the press runs the job and hands sheets to finishing, and finishing sends cartons to dispatch. Each job ticket handover happens in person, by a phone call or by a note clipped to the job bag.
The breaks are predictable. Spoilage is counted at the end of a shift, sometimes not at all, color approvals travel as photos sent to a personal phone, and a late plate change is discovered only when the operator arrives. Every break costs time the customer never sees on the invoice.
Start with the shop-floor loop inside a makeready checklist app: the assigned job list for each press, the checklist with a photo of the approved first sheet, and a spoilage entry at each handover. Those three pieces replace the clipboard and the whiteboard, and they feed the job cost the estimator needs later.
Leave the scheduling optimizer and the full maintenance log for a later phase. Automatic press scheduling can wait until the shop trusts the data it already has. Starting small makes the scope and the price easier to explain to the owners.
Each operator sees the jobs assigned to their press, sorted by due time, with plate and ink status shown.
Steps for plates, registration and color, with a photo of the approved first sheet attached to the job record.
Waste is logged at the moment it happens, against the job and the operator, so the cost lands where it belongs.
Notes for the next shift must be acknowledged on arrival, so a half-finished job never restarts unseen.
Finishing and delivery see when a job clears the press, so they can plan labor and vehicles ahead of time.
The press operator starts the shift on the press-room tablet. His list shows three jobs, and the first is a restaurant menu run with plates already staged. He opens the makeready checklist, takes a photo of the first approved sheet and marks the run ready for approval.
The prepress lead gets an alert, opens the photo and approves the color from her desk. The press starts the run, and the operator logs the sheet count at each set interval. When a sheet fails, he logs spoilage against the job rather than the shift, so the cost lands where it belongs.
At the end of the shift he writes shift handoff notes for the night crew: the job half done, the ink batch running low and the plate still waiting in the queue. The night crew acknowledges the notes on their phones before the first sheet runs.
Many shops run a management information system, such as EFI Pace, for estimating, job costing and scheduling. Prepress often checks files in Adobe Acrobat, and finishing teams may track cutting and binding in a spreadsheet. The staff app should read job data from the management system where possible and push spoilage and time back to it.
If the management system has no open interface, a scheduled export can carry job lists and results in each direction. Where a press has its own controller, the app should record counts entered by hand rather than trying to read the machine. We confirm those links during the free scoping call. Bindery and dispatch can read the same file, so no one retypes a job number.
The first mistake is building the app around the office instead of the press. If a form takes two minutes to fill in, it gets skipped during a run, and the spoilage data is wrong by the end of the week. Test every screen on a tablet with gloves on, and cut any field the operator does not use.
The second is replacing the whiteboard before anyone trusts the app. Run both for a short overlap, then remove the board on a set day. The third is ignoring the bindery, which often waits longest for information nobody thought to send.
They will if it is built for the press room. Large buttons, photos taken in one tap and a checklist that closes with a single action keep the form short. We test on the tablets the shop already uses and adjust before launch.
Usually not, and it does not need to. The app reads job data from that system where a connection exists, and it returns spoilage and time to it. Replacing the system is a separate decision with its own cost and training.
The operator logs the change against the job with a reason, and the job status moves back to makeready for approval. The prepress lead sees the change at once. The record keeps both the original and the revised plate for later cost review.
No. Jobs and checklists can be updated offline and sync when the tablet reconnects to the shop's Wi-Fi. Conflicts are shown to the operator rather than overwritten without notice.
The scoping call covers roles, press and bindery steps and the system connections. The written scope lists each screen and integration as a line item, so changes are visible before they cost anything.
Book a free scoping call and receive the staff app scope and price in writing.