Scan a Steel Part with Fabbim

In a structural steel project, the most useful information is not always the information that stays in the office. It is often the information captured at the exact moment when an action happens in the field: a part leaving the workshop, an assembly being loaded, a galvanizing return, a site receipt, or even an erection stage.

This is exactly the role of scanning in Fabbim. Thanks to a QR code label placed on a part or an assembly, the user can instantly connect the physical object to its digital record and log the real workflow step. The operation is simple, but it deeply transforms the quality of project tracking.

Why scan a steel part

Scanning brings an immediate gain in speed and reliability. Instead of searching manually for a mark or relying only on visual confirmation, the user reads a QR code and lets Fabbim retrieve the correct data.

This action makes it possible in particular to:

• instantly identify a part or an assembly;
• avoid mark and reference mistakes;
• quickly open the correct record in Fabbim;
• update a workflow status;
• confirm a real transition from one stage to another;
• strengthen the overall traceability of the project.

In a well-organised workflow, scanning becomes a natural gesture that simplifies the work rather than adding extra constraints.

What can be scanned in Fabbim

Depending on how the project is structured, Fabbim can use scanning at different levels. The most common use case is scanning an assembly identified by a label, but the logic can also extend to individual parts or other tracked project objects.

You can therefore scan:

• an assembly;
• a part;
• a batch or package depending on the chosen organisation;
• an object during loading or receipt;
• an element linked to a specific workflow.

The essential point is that the scanned support corresponds to a clear entity in Fabbim and that the field action has real operational value.

Which devices can be used for scanning

Fabbim is designed to remain flexible in use. Depending on the environment and field constraints, scanning can be carried out with different types of equipment.

• a smartphone with a camera;
• an industrial handheld terminal;
• a reader or scanner suited to the support in use;
• a mobile device dedicated to workshop or logistics workflows.

The right choice depends on the context: workshop environment, construction site, required robustness, scan frequency, ease of use and the level of integration needed.

When scanning is useful

Scanning does not happen at only one stage. It can mark the whole life of the project and serve as an anchor point for every important transition.

1. initial identification after printing the label;
2. validation of a workshop stage;
3. preparation for truck loading;
4. dispatch to or return from galvanizing;
5. delivery to site;
6. receipt of an assembly;
7. confirmation of an erection stage.

The better scanning is positioned at the right moment, the more valuable the recorded data becomes for tracking.

How scanning works in Fabbim

In practice, the process is simple. The user opens the scanning interface, points to the QR code on the label, and Fabbim retrieves the matching object. Depending on the workflow logic, the platform can then display the object details or suggest an action.

A typical scenario may look like this:

• open the scanning screen;
• scan the QR code on the part or assembly;
• find the object in the project database;
• display its mark and main information;
• suggest the relevant status change;
• record the action in the workflow.

This ease of use is essential so that scanning is naturally adopted by field teams.

Scanning as a status change trigger

In Fabbim, scanning can be linked to a status change or to a logical move within a workflow. This means that a physical action carried out in the field can update the digital project status almost in real time.

For example, a scan can be used to:

• move a part into fabrication;
• mark it as ready for dispatch;
• add it to a loading flow;
• confirm its arrival at destination;
• indicate a return from external treatment;
• validate a receipt or erection stage.

This logic makes traceability live and directly connected to real field events.

Concrete benefits of scanning

Scanning brings benefits at every level of the company. It is not only useful for speeding up identification; it also improves the overall reliability of operations.

• Fewer mistakes: the right object is found faster.
• Greater speed: manual searches are drastically reduced.
• Better coordination: statuses reflect field reality more accurately.
• Richer history: each scan can correspond to a real project stage.
• Smoother logistics: dispatches and receipts are tracked more effectively.

What makes a good field scan

To be truly useful, scanning must rely on a coherent chain: a good label, the right support, a good read and the right workflow behind it. If one link is weak, the overall use becomes less fluid.

A good scan generally relies on:

• a readable label;
• a correctly printed QR code;
• a device suited to the context;
• a clear interface after reading;
• a useful action to trigger;
• a simple workflow for the teams.

Common mistakes to avoid

A few common mistakes can reduce the efficiency of scanning:

• scanning poorly labelled or ambiguous objects;
• multiplying QR code formats without consistency;
• not clearly defining what the scan should trigger;
• making the interface more complex instead of simplifying the action;
• neglecting verification of the correct object after reading;
• forgetting the real field logic behind the workflow.

Scanning works best when it remains direct, repeatable and understandable for everyone.

Recommended best practices

To integrate scanning efficiently in Fabbim, it is useful to follow a few best practices:

• use consistent labels across all projects;
• train teams with simple actions;
• clearly connect each scanning context to a useful action;
• visually check the object when needed;
• keep messages clear after reading the code;
• make scanning a work reflex, not a heavy step.

Conclusion

Scanning a steel part with Fabbim is a simple action, but an essential one for turning traceability into a practical reality. Scanning connects the physical object to digital data, secures workflow transitions and makes it possible to record real project stages exactly when they happen.

When properly integrated into the workshop, logistics and site operations, it becomes one of the most powerful levers for making tracking more reliable, more fluid and more useful for every team involved.

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