Fabrication Workflow in Fabbim

In an industrial project, objects never stay still. A part or an assembly moves from one state to another, from one company to another, from a truck to a jobsite. Without a clear structure, it quickly becomes difficult to know the true status of the project. That is why Fabbim relies on fabrication and logistics workflows.

The workflow describes the sequence of stages that project objects will follow. It gives a common logic to workshop, logistics, transport, galvanizing and site teams. This logic then allows Fabbim to suggest the right actions at the right time, record relevant scans and keep a reliable history.

What is a workflow in Fabbim?

In Fabbim, a workflow represents the logical route of an object within the project. It is not just a list of statuses displayed in an interface. The workflow is used to model real work stages and connect each stage to practical actions.

A workflow can include, for example:

• workshop fabrication;
• preparation for dispatch;
• loading into a truck;
• transport to an external site;
• galvanizing or painting;
• return to the workshop;
• delivery to site;
• site receiving;
• final erection.

This structure makes it possible to track objects in the right order and maintain a consistent view of the project, even when several stakeholders are involved.

Why use a fabrication workflow?

Without a workflow, projects often move forward with fragmented information: spreadsheets, phone calls, internal notes and verbal confirmations. This may work for small volumes, but it quickly becomes fragile as the number of objects grows.

The workflow brings several benefits:

• a clear view of real progress;
• consistency between teams;
• actions better aligned with field operations;
• a framework for scans and status changes;
• better management of logistics flows;
• a solid foundation for project history.

In practice, the workflow helps avoid grey areas between “theoretically ready” and “actually dispatched”, between “delivered” and “received”, or between “returned” and “placed back into the correct flow”.

A simple workflow example

A structural steel project can follow a relatively simple workflow that is already very useful for traceability. Here is a typical example:

1. assembly in fabrication;
2. assembly ready for dispatch;
3. assembly loaded into a truck;
4. assembly in transit;
5. assembly arrived at the galvanizer;
6. assembly returned;
7. assembly delivered to site;
8. assembly received;
9. assembly erected.

Not all projects follow exactly the same stages, but that is precisely the strength of Fabbim: it can adapt to the real flow logic.

The workflow as a reflection of field operations

The best workflow is not necessarily the most detailed one. It is the one that truly matches how the company and its partners operate. If the stages are too theoretical or too far from the field, teams will struggle to use them.

In Fabbim, it is therefore better to define stages that operators immediately understand. Each status should represent a real situation. That closeness to site and workshop reality is what makes the workflow useful every day.

The role of scanning in the workflow

Scanning is often the most natural trigger for moving an object forward in its workflow. A QR code label attached to the assembly makes it possible to record a real action exactly when it happens.

Scanning can be used, for example, to:

• confirm the end of a workshop stage;
• add an object to a load;
• record arrival at a partner facility;
• validate a return;
• confirm site receiving;
• record an erection stage.

Thanks to this, the workflow no longer remains theoretical. It is fed directly by real field events.

Workflow and logistics

The fabrication workflow does not stop at the workshop. It becomes most valuable when it extends into logistics. In Fabbim, this continuity is essential because many errors and delays occur precisely during transitions.

The workflow helps manage:

• truck departures;
• objects in transit;
• shipments for galvanizing;
• returns to the workshop;
• site deliveries;
• objects already on site or waiting for installation.

This continuity between fabrication and logistics is one of Fabbim’s main strengths.

The workflow as a history foundation

Each stage completed in the workflow can become a history entry. This makes it possible to keep track of an object’s route: when it was scanned, by whom, in what context and to which stage it was moved.

This history is valuable for understanding real progress, answering doubts, explaining delays or analysing the route of an assembly in a complex project.

Best practices for structuring a workflow

To make a workflow genuinely useful, a few simple principles are recommended:

• use stages that everyone understands;
• avoid multiplying statuses without a real use case;
• match each stage to a concrete field action;
• link scans to the most useful transitions;
• keep a stable logic from one project to another;
• plan for specific cases such as galvanizing, returns or site receiving.

The goal is to have a workflow that is alive, easy to follow and robust enough to manage real flows.

Common mistakes to avoid

Some workflows become difficult to use because they are too abstract or too detailed. Common mistakes include:

• stages that do not correspond to any field action;
• too many status levels;
• a different logic from one project to another without a clear reason;
• scans not linked to any concrete purpose;
• poor readability for workshop or logistics teams;
• too much separation between fabrication and transport.

An overly complicated workflow often ends up being used less. Its value comes precisely from its real adoption by teams.

Practical benefits for teams

When properly designed, the workflow brings direct benefits to all project stakeholders:

• managers gain a clearer view of progress;
• the workshop knows what still has to be processed;
• logistics sees what must leave or return;
• the site team understands what has been delivered;
• communication between companies becomes smoother;
• overall traceability becomes more reliable.

Conclusion

The fabrication workflow in Fabbim is much more than a list of statuses. It is the backbone of project tracking. It connects fabrication, logistics, transport and site operations through a shared logic that is readable and traceable.

By structuring the real stages of the project correctly, you make scans more useful, history more reliable and coordination between teams much more effective. That is how Fabbim turns scattered information into concrete project control.

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