MULTI-REALITY READY

They took place at a particularly significant moment for the company: in the midst of a profound restructuring of its operational processes and with the arrival of a new generation to the management team.

As a third-generation member joining the business, Antonio embodies a dual perspective. On the one hand, a deep understanding of the industrial culture that has shaped the company over decades; on the other, a clear determination to rethink how systems, flows and responsibilities are designed for the future.

These conversations did not focus on products or projects, but on something more structural: how decisions are made, how complexity is managed and how industrial models can evolve to respond to new expectations around safety, sustainability and brand value.

What follows is not a theoretical reflection.

It is the translation of that dialogue into a series of ideas about how operational design becomes a strategic lever — and how packaging, far from being a final layer, can act as a central element in that transformation.

“Transforming operations means questioning habits that once worked but no longer do.

   It is uncomfortable, but it is the only way to build something more robust.

As brands grow in complexity, packaging stops being a purely industrial decision and becomes a system-level challenge. 

 

A Manufacturing-as-a-Service approach

 

Rigid and folding solutions, core lines and one-shot campaigns, demand peaks, different planning rhythms and multiple channels coexisting at the same time force brands to rethink how packaging is designed, produced and managed throughout the year.

 

In this context, MULTI-REALITY READY does not simply mean having more capacity or more factories.
It means organising all that capacity as one single system, capable of operating across multiple realities without losing control, consistency or quality.

 

An approach designed to absorb variability, gain time and reduce operational risk — without having to start from scratch every time something changes.

 

At the same time, new industrial approaches are emerging that reinforce this same logic. Concepts such as Manufacturing-as-a-Service frame production not as a rigid capacity, but as a service able to adapt to different rhythms, volumes and configurations.

 

Beyond technology, these models focus on system design:
how to gain flexibility, how to respond to demand variability, and how to avoid rebuilding the entire operational structure every time reality shifts.

 

Ultimately, the question is always the same:
Is the system ready to move when reality changes?

 

That is what this text is about: explaining what MULTI-REALITY READY means — for Salinas Packaging Group — as a system, how it is organised in practice, and what kind of complex decisions it helps to solve from the client’s point of view.

THE MULTI-REALITY READY SYSTEM

 

1. One single direction, with standards deployed across plants

The system is organised under a single direction for key functions — design, engineering, quality and industrialisation — with mirrored structures across different production sites to ensure that the same criteria are applied in all operational realities.

 

This allows standards, decision-making and management to be centralised, while execution is distributed.

The result is consistency, fast reaction and the absence of local reinterpretations.
The system thinks as one, even when operating in different contexts.

• One single criterion, applied across all realities
• Centralised decisions, distributed execution
• Frictionless consistency, even when the system moves

2. Industrial and graphic architecture by levels of requirement

 

Graphic production and manufacturing operate as a structured internal supplier, not as isolated units. At the same time, the system clearly differentiates production realities with different levels of requirement — premium and volume — to avoid operational cross-contamination.

Each type of project has its own physical space and logic, but all respond to the same standards and the same direction. This makes it possible to absorb campaigns and volume without putting critical operations under pressure or diluting positioning.

• Each project in its own space, under the same standard
• Volume does not compromise what is critical
• Complexity is organised, not mixed

3. Operational redundancy and continuous transfer of know-how

 

The system relies on multiple production plants, design teams and project managers, all under a single direction. This redundancy is not unnecessary duplication, but a deliberate way of distributing risk.

Knowledge is documented, transferred and shared across teams. It does not depend on key individuals or a single facility.

If one part of the system fails or becomes saturated, the whole continues to operate without disruption or loss of control.

• Risk is not concentrated, it is distributed
• Knowledge does not depend on people or locations
• The system keeps running, even under pressure

4. In-line co-packing to gain time without losing control

 

Integrated co-packing — from packaging manufacturing to final product assembly — is part of the system as a strategic decision, not as an add-on service.

In a highly omnichannel and data-driven environment, brands can adjust volumes and configurations increasingly late. In-line co-packing turns that information into fast execution, reducing time to market, intermediate stock, component transport and logistics costs, without sacrificing quality or traceability.

This is not just about industrial efficiency.
It is about real responsiveness when time becomes a competitive advantage.

• Reduction of stock, semi-finished goods and working capital
• Simplified logistics and lower exposure to operational errors
• A more robust system, without losing agility

CONCLUSION · DESIGNING SYSTEMS THAT MOVE WITHOUT BREAKING

 

Recent research on the cost of resilience highlights that the most competitive organisations are not those that eliminate redundancy altogether, but those that design systems capable of absorbing variability without losing efficiency.

Along the same lines, a systematic review published in 2025 shows that supply chain resilience is directly linked to better organisational performance, particularly when risk is distributed rather than concentrated.

MULTI-REALITY READY sits precisely at that point: not eliminating complexity, but designing the system to live with it.

When the risk of working with a single supplier is discussed, the real concern is rarely single sourcing itself.

 

What truly worries organisations is the creation of a single point of failure — one point whose failure compromises the continuity of the entire system.

The distinction matters.

A fragile system concentrates knowledge, decision-making and execution in one place.

A MULTI-REALITY READY system does the opposite: it distributes risk by design:

Standards do not depend on one plant.
Knowledge does not depend on one team.
Responsiveness does not depend on a single production reality.

 

Resilience is not built by adding more suppliers, but by designing an architecture that can move without breaking.

That is where risk stops being a threat and becomes a manageable variable.

 

For this reason, Salinas Packaging Group has defined MULTI-REALITY READY as a strategic objective, progressing in an agile and continuous way towards a system whose goal is to respond to the complex decisions arising from different client, market and product realities.

An approach designed not only to solve product decisions, but to address system-level decisions: how to plan, how to absorb variability, how to gain time, how to reduce risk and how to maintain control when packaging must operate across multiple realities at once.

 

Because today, many of the most critical packaging decisions
are no longer about the box itself,
but about the system that makes it possible.

 

 

Some recent publications that help to frame this type of decision-making include:

 

• Supply Chain Resilience, Organizational Effectiveness and Firm Performance
  A systematic review published in 2025 exploring how supply chain resilience relates to organisational effectiveness and firm performance, reinforcing the importance of designing operations with adaptive capacity. (SAGE Journals, 2025)
• Exploring the Role of Manufacturing-as-a-Service
  A 2025 article examining the evolution of Manufacturing-as-a-Service paradigms, where adaptability, production flexibility and modular service integration enable better responses to demand variability — closely aligned with managing multiple operational realities.
  (ScienceDirect, 2025)
• Leagile Supply Chains and Sustainable Business Performance
  A 2025 academic study developing an integrated lean + agile model for sustainable performance, highlighting the need to combine efficiency and agility — a philosophy closely aligned with designing systems that can handle variability across different operational realities.
  (BCG / Academic Research, 2025)