How Bimbo, the world’s largest bakery, Transformed Its Operations with VTScada
At industrial baking scale, consistency isn’t optional, it’s essential. When one of the world’s largest bakery operations evaluated its control systems, it became clear that their existing SCADA platform could no longer support the clarity, stability, and efficiency required to run a modern plant.
To solve this, ElectroMechanica partnered with the facility to rebuild the system from the ground up replacing complexity with a streamlined, scalable architecture powered by VTScada.
A System That Couldn’t Keep Up
When engineers first examined the legacy system, the challenges were immediately apparent. The SCADA environment lacked structure, consistency, and usability. Even simple tasks took excessive time, and key data was difficult to interpret.
The interface was cluttered, incomplete, and missing critical information. For operators and engineers alike, navigating the system felt like guesswork rather than control. Instead of supporting productivity, the system created friction.
Rebuilding the Foundation
The transformation began with a full system redesign.
ElectroMechanica rebuilt the SCADA environment using VTScada, consolidating data, communications, and monitoring into one cohesive platform. This foundation introduced structure where there had been none; standardized naming conventions, consistent screen hierarchies, and simplified visual design.
The result was immediate: a system that engineers could step into and understand without confusion.
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Simplicity That Transforms Workflows
One of the most significant differences between the old system and VTScada was speed and ease of development.
Previously, even basic functionality required extensive custom scripting. Each feature had to be built manually, often by a single developer, creating long-term maintenance challenges. In contrast, VTScada’s built-in components allowed engineers to deploy complex features in minutes.
In one demonstration, a dynamic dashboard, too complex to realistically build in the old system, was recreated in just minutes using VTScada’s prebuilt tools. What once took days could now be achieved almost instantly.
For the plant team, this shift was eye-opening. The simplicity of the interface and the intuitive visuals made it easier to understand equipment status and system behavior at a glance.
Seamless Implementation Without Downtime
In a bakery environment, downtime isn’t just inconvenient, it’s costly. Production must continue uninterrupted.
The new system was introduced alongside active operations, allowing commissioning to occur without disrupting production. The transition was seamless, and the plant continued running without missing a beat.
From Guesswork to Visibility
With the new system in place, daily operations became clearer and more efficient.
Operators could immediately see what was happening across the plant, while engineers gained the ability to trace issues back to their source. Troubleshooting shifted from reactive guesswork to informed decision-making.
Access to data became a critical advantage. VTScada’s built-in historian allowed teams to track performance, analyze trends, and quickly identify anomalies. When equipment issues arose, engineers could pinpoint problems in real time; reducing downtime and improving response speed.
Designing for the Realities of the Plant Floor
In high-pressure environments, clarity matters.
The redesigned system focused on reducing visual clutter and presenting only the most relevant information. During breakdowns or critical events, operators no longer had to sift through overwhelming screens. Instead, they could quickly access the data they needed to act.
Features like alarm analysis and “bad actor” reporting helped identify recurring issues without requiring deep manual investigation. This allowed teams to focus on improving uptime rather than constantly reacting to problems.
Accessible for Everyone
A key goal of the redesign was accessibility.
The new system was built for everyone, from engineers to operators, ensuring that each user could interact with the system in a way that matched their role. Whether monitoring high-level performance or diving into detailed diagnostics, the platform provided the necessary tools without complexity.
At the same time, the design maintained a level of familiarity with the previous system, ensuring a smooth transition for daily users.
Building a Scalable Model for the Future
Beyond immediate improvements, the new VTScada system established a framework for long-term growth.
The architecture can now be replicated and adapted across additional sites, providing a consistent, reliable model for control and monitoring. Integration capabilities also enable connections to advanced analytics tools such as Power BI and SQL databases, opening the door for deeper insights.
Managing Every Step of Production
In baking, every stage matters; from ingredient mixing to proofing to final baking. Failure at any point impacts the final product.
VTScada provides visibility across the entire process, allowing teams to monitor each stage, track critical parameters, and intervene before small issues become major problems.
In this way, the system acts as a central coordinator bringing together data, people, and processes to ensure consistent, high-quality output.
A New Standard for Control
The transformation at Bimbo demonstrates what’s possible when a SCADA system truly supports the operation it serves.
By replacing complexity with clarity, the plant gained:
- Better visibility across operations
- Faster, more informed decision-making
- Reduced downtime and improved productivity
- A scalable foundation for future growth
Ultimately, VTScada didn’t just upgrade the system, it redefined how the plant operates.
Better visibility. Faster decisions. Real operational control.
ElectroMechanica – making connections, powering tomorrow
VTScada by Trihedral – VTScada Instantly Intuitive SCADA HMI Software
Video Case Study with Partner ElectroMechanica
At industrial baking scale, consistency isn’t optional; it’s essential. When the world’s largest bakery operations evaluated its control systems, it became clear that their existing SCADA platform could no longer support the clarity, stability, and efficiency required to run a modern plant.