We are still living in the era of the Fourth Industrial Revolution, which is based on the concept of digitalization and includes automation, artificial intelligence (AI) technologies, connected devices, data analytics, cyber-physical systems, digital transformation, and more. At the same time, however, 2025 has placed us on the threshold of the next stage, where modularity, connectivity, and intelligence merge into a single whole. This provides an answer to manufacturers who have traditionally faced one major challenge: how to offer customized solutions alongside mass production. In the following lines, you will read our specialists’ commentary on the topic.
The costly compromise of traditional manufacturing
For decades, manufacturers have faced a difficult choice: to organize standardized production with minimal product variations (efficient but inflexible), or to offer highly customized products (flexible, but expensive and time-consuming). This compromise has increasingly become a serious problem.
What we observe in manufacturing is indicative: most production facilities struggle to balance standardized and customized output using only traditional automation methods. Switching between different product variants often takes hours rather than minutes, leading to significant downtime that directly impacts profitability. For today’s market, this inefficiency is not just inconvenient—it threatens companies’ survival.
The industry’s shift toward flexible manufacturing
The manufacturing industry is rapidly moving toward more flexible automation solutions. Studies show that modern approaches can successfully balance standardized and customized production. According to an analysis by Fortune Business Insights*, in 2025 the global modular automation market was valued at USD 5.29 billion and is expected to grow from USD 5.71 billion in 2026 to USD 10.61 billion by 2034, demonstrating a compound annual growth rate of 8.04% over the forecast period.
Leading manufacturers that have implemented flexible automation report impressive results:
- Significantly shorter changeover times between different products;
- A greater number of product variations without adding equipment;
- Improved quality when switching between different product types.
These are not minor improvements—they are deeply transformative changes that redefine the capabilities of any production operation.
Understanding flexible manufacturing
Let us look at a practical example: consumer goods companies regularly change packaging sizes and designs. When flexible conveyor systems and cobots are used for feeding, handling, and inspection, these manufacturers can dramatically reduce packaging format changeover times, making smaller batch sizes profitable.
The financial impact of solving the “flexibility paradox” goes beyond reduced setup time. Implementing modular systems enables both standardized processes and easy reconfiguration.
For manufacturers, this means:
- Reduced changeover time between products—from hours to minutes;
- The ability to produce more product variants without adding equipment;
- Better quality across different product variants;
- More efficient use of existing production assets.
These improvements can lead to significant returns on investment, with some solutions paying for themselves within just a few months.
Flexible automation projects without traditional compromises
Modern manufacturing technologies now allow us to eliminate the need to choose between standardized and customized production. By using the right combination of flexible systems, manufacturers can maintain quality and efficiency while offering a wide variety of products. Modular automation breaks complex processes into smaller, independent modules—each with its own function, yet designed to work seamlessly together. A prime example is the combination of modular conveyors and cobots within a single system.
Advantages of an integrated solution with a modular conveyor and a cobot
Flexible manufacturing is no longer a trend—it is a necessity. By using modular conveyor systems such as those from mk Group and collaborative robots from UR, manufacturing companies can meet customer demands for small batches, customized orders, and fast deliveries. These technologies enable automation that quickly adapts to business needs. The integrated solution can be easily configured according to product type, batch size, and production pace.
For such a system to be truly effective, it is important to use modular and standardized components, plan for future expansion, ensure ease of operation for operators, and integrate robots and conveyors at the design stage. Its main advantages include:
- Automatic feeding and discharge of various components;
- Product buffering and sorting;
- Rapid adaptation to new orders;
- Capability for mixed and customized production.
What makes Robotec’s FlexBelt system suitable for flexible manufacturing?
Flexible production cells typically have a configuration that includes:
- A modular conveyor for transporting parts;
- A cobot for handling or assembly;
- Adjustable structures made of aluminum profiles;
- Sensors for recognition and control.
As an example, Robotec’s FlexBelt modular “Pick and Place” solution with a collaborative robot can be highlighted. The system can be configured in different ways to meet the specific requirements of the process. Various models from the UR range are applicable, with payload capacities from 10 to 35 kg. For selecting the most suitable conveyor or gripper for your application, the Robotec team is at your disposal for additional information and consultation.
Are you ready to move to flexible manufacturing solutions?
At Robotec, we provide technical consultations to help you identify opportunities for achieving the optimal balance between standardized and customized production. Contact us today to discuss how our expertise and technical know-how can help you develop production processes that are both efficient and flexible. The Robotec team offers end-to-end solutions—from consultation and design to integration and support.
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