Skip to content 
EN 
DE 
العربية 
Summary: Anyone who works in production is familiar with this scenario: a folder here, a network drive there, an Excel spreadsheet that eventually falls by the wayside. Documents related to inspection reports, maintenance records, or approvals are scattered throughout the system – often in different versions, and sometimes still on paper right next to the machine. This works fine until an audit is scheduled, a customer complaint needs to be resolved, or an employee leaves the company, taking their knowledge with them.
In this article, we’ll examine why document management in production is more than just an IT solution, which documents are particularly critical, where typical gaps arise, and how to successfully implement it in practice without bringing operations to a standstill for weeks. This is especially relevant for production managers and quality managers, who must make daily decisions balancing process reliability, compliance requirements, and operational time pressures.
The Most Common Misconception: DMS is just an IT Project
Many companies launch a document management project under the assumption that it is simply a software implementation. They buy a system, install it, train a few people, and that’s it. This is exactly where the problem lies.
A document management system affects nearly every department involved in production processes. Quality assurance, maintenance, production management—and sometimes even purchasing and human resources, when it comes to training records. If the DMS is treated solely as an IT issue, the line departments that will actually be working with the system later on are often not involved. The result is systems that run smoothly from a technical standpoint but are ignored in day-to-day operations because they don’t fit into real-world workflows.
Anyone implementing a DMS should therefore view it as an organizational project from the very beginning. The software is merely a tool. What matters most is how responsibilities are assigned, which approval processes apply, and how employees actually embrace the new approach.
Are there too many test reports, photos, and approvals circulating?
flowdit digitizes data capture in production – DocuWare ensures organized storage and quick retrieval.
Which Documents Are Particularly Critical in Production Processes?
Not every document has the same significance. Which records a plant creates, reviews, and retains is the broader question behind manufacturing process documentation. In production, there are certain categories where errors or omissions can quickly become costly. These include, above all:
- Work and inspection instructions, as well as inspection plans, since they specify how a production step is to be performed and inspected.
- Inspection reports and quality records, since they prove that a product meets the required specifications.
- Calibration certificates and test equipment documentation, since even a properly maintained test report can be worthless without valid calibration.
- Maintenance and servicing records, since they show when a piece of equipment was last inspected and what measures were carried out.
- Approval documents, such as for new batches, process changes, or machine parameters.
- Training records, as they verify employee qualifications.
- Batch and traceability records, as they must show, in the event of an error, which material, which machine, and which test status were affected.
- Safety data sheets, operating instructions, and commissioning reports.
What they all have in common is that, in case of doubt, they must serve as evidence; whether to an auditor, a regulatory authority, or in a dispute with a customer. If the evidence is missing or cannot be clearly attributed, it becomes difficult to substantiate one’s position, even if everything was done correctly in terms of content.
Document Management for Production Processes: Where Media Discontinuities Occur
Media breaks are often the real stumbling block. An inspection report is filled out on paper at the plant site, later scanned, and filed in a folder that, in turn, is not linked to the system where the approval is documented. Something can get lost between each of these steps—be it time, information, or, in the worst case, the entire document.
Typical points of disruption occur at the interface between the production floor and the office. On-site, documentation is often still done by hand or using local Excel files, while the office relies on centralized systems. Gaps can also arise between shifts if the handoff isn’t properly structured.
Another classic disconnect occurs between different locations. Especially in medium-sized companies with multiple plants or in multinational corporations, documentation often varies slightly at each location, with its own templates, filing structures, and unwritten rules. As soon as a central audit is scheduled or information needs to be compared across locations, these small differences quickly become a major problem.
Digitizing DMS Workflows in Production: Approvals, Reviews, and Responsibilities
Once critical documents have been identified and bottlenecks are known, the actual digitization of the workflows begins. This is not simply a matter of moving paper-based processes into digital folders. What is crucial is that documents are actively guided through the process: from creation through review and approval to application and audit-proof storage. In production, this primarily concerns digital processes such as:
- Creation, review, and approval of work instructions, test instructions, and test plans
- Directing valid document versions to equipment, workstations, and locations
- Digital recording of test reports, quality records, and nonconformities
- Linking documents to tasks, actions, responsibilities, and deadlines
- automatic forwarding to the responsible roles in the next process step
- complete documentation of status, timestamps, changes, and approvals
A digital workflow ensures that documents are no longer passively stored in filing cabinets but become part of the production process. If an inspection instruction is changed, the new version can be specifically reviewed, approved, and distributed to the relevant departments. When an inspection report is recorded, it can be directly linked to a piece of equipment, an order, a nonconformity, or a corrective action.
This is precisely where the difference lies between simple digitization and true document management. Simply scanning a document into an archive does not improve a production process. A digital workflow controls who needs to process what, which version is valid, which approvals are missing, and which supporting documentation must be available later during an audit.
It is important that these workflows extend all the way to the production floor. Quality-related information must be available where it is needed. Inspections, feedback, photo documentation, signatures, and corrective actions should be digitally recorded without any media breaks between the shop floor, quality assurance, and the archive.
This is how a DMS becomes more than just a digital repository. It becomes a management tool for controlled documents, binding approval processes, and reliable documentation in production.
Still managing operations with paper and Excel?
Digitize inspections, audits, SOPs, and corrective actions.
Archiving Based on Process Logic Rather Than Filing Structure
When it comes to archiving, many companies first think of folder structures, but the real value lies elsewhere. What matters is not where a document is located, but how it is linked to the process from which it originated. It is this link that makes a document quickly locatable and unambiguously assignable in the event of an emergency, throughout the entire retention period.
This starts with version control. If a document is modified, the previous version must be retained, and the change history must be documented in a traceable manner: Who changed what, when, and for what reason.
Specifically, this means: A test report should be uniquely assignable to a specific batch, piece of equipment, or order, rather than simply being loosely filed in a folder. Systems such as DocuWare establish exactly this link via index fields, ensuring that a document remains automatically associated with the corresponding process rather than having to be sorted manually. This is the only way to quickly determine which documents belong to which process in the event of a complaint.
The technical side matters, too: Formats must be chosen so that documents are still readable in ten years, regardless of the software available at that time. A combination of audit-proof storage systems and open, long-lasting file formats has proven effective.
DMS Implementation in Practice: From Network Drives to a Controlled Document Process
DMS implementation in production should be carried out in stages, as documents, approvals, and responsibilities directly impact ongoing processes.
-
1. Conduct an inventory
What documents exist, where are they located, who uses them, and where do the biggest problems arise? It is important to consider not only the administrative perspective but also the practical realities in production, quality assurance, and maintenance.
-
2. Prioritize critical documents
Not everything needs to be digitized at once. It makes sense to start with documents whose absence or incorrect handling entails high risk or significant effort, as well as with documents of high audit relevance (such as work instructions, test procedures, test reports, maintenance records, or approval documents).
-
3. Clearly define workflows
Before technical implementation, roles, approval workflows, versioning, and responsibilities must be defined. Only then does a digital repository become a controlled document process.
-
4. Test a pilot area
A limited pilot—for example, in a specific line of business, department, or document type—quickly reveals whether the processes work in everyday practice and where adjustments are needed.
-
5. Roll out gradually
After the pilot, the structure is extended to other areas. It is crucial to incorporate practical experience rather than implementing a theoretical plan unchanged.
Risks: Data Silos, Shadow IT, Unclear Responsibilities
Even with the best planning, typical risks can arise when implementing a document management system. One of the most common is the creation of new data silos. If the DMS is implemented in only one department while others continue to rely on their own solutions, the result is simply another isolated system instead of a centralized structure.
Closely related to this is the issue of shadow IT. When employees find the official system too complicated or too slow, they often resort to their own solutions, such as private cloud storage or self-maintained Excel spreadsheets. This undermines data security as well as the entire concept of unified document management.
Another risk is unclear responsibilities. If it is not clearly defined who is responsible for which document type, who grants approvals, and who steps in as a substitute, gaps can quickly arise - especially during stressful periods such as last-minute audits or production outages.
These risks are best addressed with clear roles and regular training. It is crucial that the system truly reduces the workload in day-to-day operations; only then will it be accepted.
AI and Intelligent Document Capture in Production
Artificial intelligence (AI) is also gaining importance in production document management, particularly in the capture, classification, and verification of documents. Scanned paper documents can be read using text recognition and automatically tagged with relevant metadata, such as order number, document type, date, or attachment. This reduces manual data entry and minimizes the risk of errors.
AI can also assist with digital inspection results. If a measured value deviates significantly from the expected standard, the system can trigger a recheck before a document is finally approved. Looking ahead, AI will also help identify patterns in large volumes of documents, such as recurring anomalies in maintenance records. However, technical responsibility remains with the employees in charge. AI supports, but does not replace, approval decisions.
Combining DocuWare and flowdit: Document Management Plus Mobile Audit Traces
A DMS alone rarely covers all production documentation. While a system like DocuWare excels in archiving, versioning, and approval processes, the strengths of a traditional DMS end at the equipment itself—where inspections actually take place.
This is precisely the gap that flowdit fills. A technician inspects the equipment using a tablet, records measurement values and photos directly on-site, and the completed inspection report is automatically sent straight to the central document management system. No media discontinuity, no retyping later, no intermediate Excel files.
The result: Data is generated where the inspection takes place and is managed where it belongs—in an audit-proof system. Those who already use DocuWare can close the final gap between the factory floor and the document archive with flowdit .
Authorized DocuWare Partner
How DocuWare and flowdit work together in your production environment
We advise you on document structure, mobile review processes, and audit-compliant archiving. Together we look at where media breaks occur, which records are critical, and how your existing document landscape can be extended.
Request a consultationFAQ | Document Management in Production
What do ISO 9001 and internal quality standards require of production documentation?
ISO 9001, Section 7.5 asks for controlled documented information rather than volume. Documents must be identified, approved before use, available in the correct version at the point of work, protected against unintended change, and retained for a defined period. Regulated producers add 21 CFR Part 11 or EU GMP Annex 11 on top, which bring audit trails and electronic signatures into scope. Internal standards then turn this into concrete rules: who approves, who may edit, which revision is current, how operators are trained on a change, and how long records stay retrievable.
How does audit-compliant archiving work?
Audit-proof archiving means that a document is stored along with index data such as order, batch, asset, item, supplier, inspection point, or audit, and cannot subsequently be modified without proper control. Corrections are managed through versioning, logging, access permissions, and traceable change histories—not by overwriting old files. For audits, the traceability must work in both directions: from the product to the inspection and from the inspection record back to the order, batch, or machine. Documents created or received electronically must always be stored electronically and remain unchanged throughout the retention period.
Which production documents should no longer be stored on network drives?
Anything that is quality-related, subject to approval, or critical for audits should not be stored permanently on a network drive: work instructions, test procedures, test plans, test reports, drawings, specifications, calibration certificates, nonconformities, CAPA records, supplier documents, maintenance records, and batch records. A network drive rarely reliably indicates which version has been approved, who has read it, who has modified it, and whether an older version is still in use. It is useful for drafts, but risky as a primary system for controlled documents. ISO 9001 requires control over documented information as soon as it is necessary for process control or proof of conformity.
How can inspection reports, photos, and approvals be documented digitally?
Inspection reports become traceable and audit-ready when they are recorded directly at the inspection point, including the user, timestamp, equipment, work order, checklist status, measurement values, photos, comments, and nonconformities. Photos should not be stored loosely in folders but should be linked to the specific inspection step, defect, component, or asset. Approvals require roles, statuses, electronic signatures, or unambiguous user actions, as well as a change log. In practice, it is important that documentation can also be recorded offline and later synchronized seamlessly, because production facilities, construction sites, and maintenance locations do not always have a stable connection.
What is the difference between DMS, production documentation, and mobile inspection data collection?
- A DMS manages, organizes, and archives documents such as instructions, contracts, supplier records, drawings, and approvals.
- Production documentation describes the technical records throughout the process—that is, what was manufactured, inspected, or approved; when; by whom; with what result; and on what basis.
- Mobile inspection data collection is the operational data collection at the point of action, for example via checklists, photos, measurement values, defect tracking, and action tracking.
When is it worth combining DocuWare and flowdit?
This combination is worthwhile when documents need to be archived in a controlled manner and, at the same time, inspections, audits, maintenance, or acceptance tests take place directly on the production floor.
DocuWare is suitable for centralized archiving, access rights, workflows, and document-related processes;
flowdit complements this by enabling mobile capture of inspections, photos, corrective actions, and audit-ready reports on the shop floor. The greatest added value is realized during incoming goods inspections, line approvals, maintenance records, supplier audits, 8D/CAPA processes, and acceptance inspections.
The benefit does not come from two separate systems, but rather from a clear division of tasks: DocuWare forms the basis for approved documents, while flowdit provides the evidence from inspections, audits, and corrective actions directly from the shop floor.
