ERP

Production Control and the Daily Production Report: A Guide

By P-Soft Expert Team 10 min read
Production Control and the Daily Production Report: A Guide — Barsavosh Fanavaran guide

Production control means knowing, every day, where each order sits, how much was completed at each stage, what stopped and why. A daily production report is the tool that makes this possible, but only when it is captured on the shop floor, stage by stage, and reviewed the same day rather than reconstructed from memory at the end of the week.

Most small and mid-sized manufacturers already have some kind of production report. Often it is a spreadsheet that a shift lead fills in after the shift, or a handwritten sheet pinned near the machines. The trouble is not the format. The trouble is delay: by the time a manager reads that an order slipped, a working day has already gone. This guide walks through what a useful daily report contains, who should record it, how stage-level reporting exposes bottlenecks, and what production control software changes. Examples are illustrative, not drawn from any real plant.

What Is Production Control (and How Is It Different from Planning)?

Production planning happens before work starts. It decides which order runs on which machine, with which material, in which time window. Production control starts once the work begins and asks one question over and over: does reality still match the plan?

The two need each other. A plan that is never compared with actual output slowly becomes decoration. A report with no plan behind it is just a list of finished jobs; it cannot tell you whether you are ahead or behind. If you want the planning side in more depth, read our guide to production planning for make-to-order shops.

What Should a Daily Production Report Include?

A good report is short, yet it answers the questions a manager actually asks in the morning meeting. Use the template below as a starting point and trim or extend it to fit your process:

Field What to capture The question it answers
Order and part Order number, part name, routing step Which customer commitment does this work belong to?
Good quantity Units completed and accepted at this step How close is this step to its target?
Rejects and rework Units sent to inspection hold or to be redone Where did quality slip?
Machine and operator Which machine ran the job, and who ran it How is the load spread across people and equipment?
Downtime reason Waiting for material, breakdown, awaiting approval, changeover Where did the lost time come from?
End-of-day status Step finished, in progress or blocked Where do we pick up tomorrow?

Notice that efficiency percentages and OEE-style ratios are deliberately missing. Ratios only mean something when the raw, step-by-step data underneath them is complete and honest. Build the habit of clean capture first; metrics come later.

Why Report Output by Stage, Not by Shift Total?

“We made a lot of parts today” tells a plant manager almost nothing. The useful question is which part is stuck at which step. Take a hypothetical bracket with four steps: cutting, machining, welding and painting. Cutting and machining run ahead of plan, welding falls behind. The shift total looks healthy, yet the order will ship late and half-finished brackets pile up in front of the welding cell.

Stage-level reporting gives you three concrete benefits:

  • The bottleneck becomes visible. The station where work queues up shows itself in the report within a day.
  • Defects are tied to where they were made. When rejects are logged against a step, you know which station produced them.
  • Sales can see order status without calling the floor. Account managers check progress in the system instead of interrupting the shift lead.

Rejects deserve their own process, from inspection plan to disposition. Our article on production quality control covers that side.

Operator or Supervisor: Who Should Record Production Data?

Both, in different roles. The operator stands next to the work and knows the real quantity and the real reason a machine stood idle. The supervisor sees the whole floor, reviews the entries and decides what to do about late jobs.

Paper and end-of-shift spreadsheets fail for one reason: the gap between doing the work and recording it. The longer that gap, the more numbers get rounded, downtime causes are forgotten and the report reflects the supervisor’s impression instead of what happened. Three simple rules close the gap:

  1. Record at the point of work. Entries are made at the machine or workstation, not in the office.
  2. Record when the step ends. Every time a part completes a step, log it then and there.
  3. Review before the shift ends. The supervisor checks entries the same day and chases anything missing.

What Changes with Production Control Software?

Spreadsheets can store a report, but they struggle with three things: staying current when several people edit at once, linking each entry to its order and plan, and surfacing late work on their own. Shop floor reporting software does all three by default, because each stage report is attached to an order, a part and a schedule from the moment it is entered.

The real gain is a shorter feedback loop. When reports arrive in real time, a supervisor learns that a station has stopped during the shift, not the next morning.

How Data Handles Production Control

Data is the manufacturing ERP built by Barsavosh (P-Soft) in Isfahan, Iran. It links the chain from customer inquiry and engineering through purchasing, inventory, production, quality, finance and delivery, and it runs on a server that belongs to the factory. Teams open it in a browser on PCs and tablets over the plant network, even when the internet connection is down. On the production side it offers:

  • Stage production reports: output for every routing step of every part and order.
  • Operator and supervisor work queues: each person sees what is waiting for them, whether that is the next job or entries to review.
  • A simple operator panel on a tablet beside the machine: operators log their work without walking to an office PC.
  • Machine schedule view: booked and open time slots per machine, so planners see where capacity is left.
  • Late-work report: overdue jobs gathered in one list for the morning meeting.
  • Inspection and non-conformance: out-of-tolerance parts get a recorded disposition: scrap, rework or continue.
  • Role dashboards: pending decisions and the key indicators for each role on a single screen.

Smart job scheduling and automatic delay alerts are listed as coming soon; they are not part of the current release. Please note that Data’s interface is in Persian (right-to-left) and uses Solar Hijri dates.

Which Data Plan Includes What?

Capability Data Start Data Pro Data Elite
Stage production reports and quality inspection Yes Yes Yes
Role dashboards, approval inbox, global search Yes Yes Yes
Production planning plus operator and supervisor queues No Yes Yes
Materials and routing steps per part, multi-stage order review No Yes Yes
Tablet operator panel at the machine, machine schedule view No No Yes
Automatic approval of in-tolerance inspections No No Yes

In short: Start moves production and quality reports off paper. Pro fits plants that plan production and want each operator and supervisor to have a personal queue. Elite adds machine-side tablet entry and the machine schedule view. For a broader look at the system, see make-to-order ERP.

Checklist: Setting Up Daily Production Control

  • Write down the routing steps for each part. Stage reporting is impossible without defined stages.
  • Agree on a short, fixed list of downtime reasons so everyone records them the same way.
  • Decide who records each step and who reviews it.
  • Put the supervisor’s review slot into the shift schedule instead of leaving it for “when there is time”.
  • Run the morning stand-up from the late-work list, not from memory.
  • Pilot on one line or one hall, then roll out once the routine sticks.
  • If your history lives in spreadsheets, plan the transfer early; the P-Soft team migrates prior data, with scope agreed in the contract.

Common Mistakes in Production Reporting

  • Weekly catch-up entries. Data entered days later is almost always rounded and incomplete.
  • Stops without causes. Knowing a machine was idle is not enough; without a reason you cannot prevent it next time.
  • Quality kept in a separate book. If rejects live elsewhere, nobody links them back to a step or machine.
  • Reports that only serve management. When operators get nothing back, accuracy drops. A queue that shows them their next job gives them a reason to record carefully.

Frequently Asked Questions

Who should fill in the daily production report?

Ideally the operator logs quantities and stoppages at the workstation, and the supervisor reviews and completes the entries before the shift ends.

Does Data work without an internet connection?

Yes. Data runs on a server inside the factory, and computers and tablets reach it over the local network.

Which plan includes the tablet panel next to the machine?

Data Elite. The same plan also shows when each machine is booked and when it is open.

From which plan are operator and supervisor queues available?

From Data Pro, together with production planning.

Does Data send automatic delay alerts?

Not yet; automatic delay alerts are coming soon. Today overdue jobs appear in the late-work report.

To see one of your own orders reported step by step, explore Data and request a demo.

Further reading

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P-Soft (Barsavosh Fanavaran) Expert Team

This article was written and reviewed by the enterprise-software specialists at Barsavosh Fanavaran (P-Soft) — makers of products such as Hamkhoneh, Avadar, Nooradio and Hamahang.

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