Production report without Excel: Shift report template and 7 steps to automation

A production report (without Excel) should show the shift result against the plan, the sources of losses, and the information needed to make the next decision. If, after the work is finished, your team still collects data from machines, ERP, spreadsheets, and operator notes, start by organizing the sources. Then you can assess which parts of reporting are worth automating and which tool will work best.

Most data should already be available by the end of the shift. Manual input should mainly be required for information that the system cannot reliably identify on its own, such as the cause of an unusual downtime event, a quality comment, or information for the team taking over production.

If you are responsible for production, knowing only that 8,400 units were produced is not enough. You need to know the plan, the number of conforming and rejected units, operating time, downtime, and the events that affected execution. Only then does a production report let you move from checking the result to finding the cause of a deviation.

The most useful information usually includes:

Not every plant needs the same set of information. If you use KPIs, their definitions should be consistent across all shifts and reports. ISO 22400-2 describes indicators used in manufacturing operations management, together with their formulas, constituent elements, units, and other characteristics.

For every field, define who uses it, what decision they make, where the value comes from, and who is responsible for its accuracy. If no one can explain how a piece of information is used, the fact that it has always been reported is not enough reason for an operator to keep spending time entering it.

You can find more information about the data that can be combined in a single reporting environment on our production reporting page.

The search query “production report template” often leads to a ready-made Excel file with columns to fill in. Such a template is useful at the beginning, but before automation you also need to identify the source of every field.

Treat the production report template below as a starting point. Your production report should be adapted to the process, responsibilities in the plant, and the data that can actually be obtained.

The table will reveal places where the team is doing work that could be eliminated. If an operator reads a counter from a machine, writes it down on paper, and a leader later transfers the result to Excel, the same information passes through several points of manual recording.

This is the type of data worth using as the starting point for production tracking automation. explitia.Production can combine automatic data collection from machines and systems with manual input for information that the process still requires from the operator.

A shift report should primarily help the people taking over production. They need to know which orders are being processed, what happened during the previous shift, which issues remain open, and whether quality activities or maintenance work are still in progress.

The importance of information transfer between shifts is also described by the UK Health and Safety Executive in its shift handover guidance. HSE highlights preparation of information by the outgoing team, two-way communication, and verification of information by the people taking over responsibility.

A daily production report usually has a broader scope. It can aggregate several shifts and show completion of the daily plan, quality, time losses, or recurring sources of deviations. This does not mean you need a separate file for every recipient. One data source can feed different views for the shift leader, production manager, quality team, or operations director.

Excel can still handle a simple report well. If one person prepares the summary, the data comes from a few stable sources, and you do not need information during the shift, changing the entire reporting environment may not be economically justified.

Excel itself also offers automation options. Power Query can retrieve data from external sources, transform it, combine tables, and refresh information periodically. In some plants, this is enough to reduce the manual work involved in compiling successive spreadsheets.

A signal that a broader change may be needed is when reporting becomes a separate process carried out after production. The operator rewrites data from the machine, the leader adds information from another system, someone compares the result with ERP, and discrepancies are explained only before the report is sent.

Spreadsheet automation can shorten the final stage, but the earlier re-entry of data remains. If you want a broader view of the difference between manual and digital models, explitia describes it in its guide to automated reporting in production.

Review the current production report field by field. ERP may already contain the production order, product, and planned quantity. A machine, PLC controller, or SCADA system can provide equipment states, times, counters, and process parameters. MES can connect execution with a specific operation, workstation, and order.

This division follows the logic of ISA-95, which structures functions related to the process, control, manufacturing operations management, and business systems. If you want to explore the model in more detail, explitia has prepared a separate guide, ISA-95: MES, ERP, and Manufacturing Data. The official scope of the standard is also published by the International Society of Automation.

For reporting, this leads to a simple rule. If a production order number already exists in the source system and can be transferred correctly, the operator should not enter it again simply because another form requires it.

The same applies to technical data. Before assuming that it must be entered manually, check whether it can be collected directly from machines. The scope depends on the machine park, controllers, available interfaces, and signal quality, so this stage requires a technical inventory.

Automatically record facts that the system can determine unambiguously. The start time of a downtime event, machine status, a production counter, or the value of a process parameter should not be copied by a person if reliable source data is available.

The operator is still needed where information requires interpretation. A machine may record 12 minutes of downtime, but determining whether the cause was a material shortage, adjustment, quality inspection, or waiting for service may require the knowledge of the person working with the process.

A good production report therefore limits operator tasks to information where a person genuinely adds context. If, after implementing a new system, the operator still copies most fields from the old Excel file into an application, the screen has changed, but the method of recording data has not.

A full MES system is not a requirement for every project. The scope depends on the problem, the number of sources, how production orders are executed, and whether you only want to improve the shift report or also manage production execution, quality, traceability, and other processes.

If the scope is broader, you can explore the Production Portal and MES system. If the main difficulty is production tracking itself, explitia.Production may be a more natural starting point.

Make the decision after reviewing your current data flow. A plant that manually copies two counters per shift will need a different scope from a company connecting a dozen lines, ERP, quality systems, and different reporting standards.

You do not need a large project at the beginning. Open the production report your team uses today and add four pieces of information next to every field: the source, data owner, recording method, and the decision the information supports.

If a large part of the production report is created by re-entering data already available in machines or systems, you have a concrete scope to discuss with production, automation, and IT. A production report should be the result of data collected during the process, not an attempt to reconstruct the shift only after it has ended.

If you want to examine this process more broadly, start with materials on production reporting systems and production tracking automation. This will let you compare your current production report with the possibilities of collecting data at the source before you define the implementation scope.

No. OEE can be useful if it matches the way the process is managed and all teams calculate the indicator using the same definition. If you want to analyze availability, performance, and quality on an ongoing basis, see explitia’s OEE monitoring solution as well.

The frequency depends on the decisions you want to make. If the data is meant to support reactions during the shift, a production report updated only after the end of the day will provide information too late; for reviewing a completed day, that cadence may be sufficient.

Often yes, but the answer depends on the available signals, controller, interfaces, and documentation for the specific machine. Before defining the project scope, you need to review the machine park and determine which data can be obtained reliably.

Start with the current production report, not with choosing an application. Map the sources of its fields, find information that is manually re-entered even though it already exists in other systems, and identify which data requires operator knowledge. Such an audit provides a much better basis for a pilot than a feature list for an off-the-shelf system.