Sector | Food & Drink
Focus | Food processing and high-throughput manufacturing systems
Project Scope
Mechanical Engineering
Concept development
Electromechanical systems
Prototyping and validation
Background
Improving control and reliability across complex production lines.
In high-throughput food manufacturing environments, even minor inconsistencies in product handling can have a significant impact on downstream processes, product quality and operational efficiency. These issues often lead to increased product waste, where material must be discarded because it has not been processed correctly.
A global food manufacturer was experiencing variability at key stages of its production line, where sliced and particulate products were being conveyed, separated and transferred between processes. Inconsistent product distribution was affecting process performance, increasing waste, and introducing risk of inefficiencies and operational disruption.
Small variations in product handling can have a significant impact on performance in high-throughput systems.
Challenge
These challenges manifested in several ways. Products were prone to clumping during transfer between conveyor stages, making it difficult to maintain a consistent flow. Achieving reliable mono-layer presentation ahead of critical processing steps proved particularly difficult, whilst uncontrolled product orientation during transfer introduced further variability. Together, these issues led to uneven processing conditions, reduced equipment efficiency and an increased risk of performance and safety concerns.
The client required a more effective and practical approach to improving process stability and ensuring consistent product presentation without disrupting existing production workflows. They were looking for a partner who could rapidly understand the problem, think creatively and develop solutions that could be implemented in a real production environment.
Our Approach
eg technology worked closely with the client’s engineering and operations teams to build a detailed understanding of how products behaved within the production environment and to identify the root causes of variability.
The programme began with a root cause analysis and investigation into how the product behaved as it moved through the process in real operating conditions. This work focused on understanding the drivers behind clustering and identifying the key variables influencing movement and interaction, creating a clear foundation for exploring handling techniques and mechanisms to achieve reliable separation. Based on these insights, a range of mechanical concepts were developed to improve control over product handling at key stages of the process.
Prototype systems and demonstration rigs were created to test these concepts in practice, enabling effective, real-world validation, that in turn allowed ideas to be refined quickly and confidently.
Through this fast-paced, iterative approach, eg’s engineers developed a series of targeted handling solutions to improve product flow and control. These ranged from mechanisms to separate clustered products more reliably, to approaches that improved distribution and delivered a more consistent mono-layer, as well as transfer solutions that gave better control over how they moved between process stages.
All solutions were designed with integration in mind, ensuring compatibility with existing production equipment and minimising disruption during implementation.
Reducing variability across multiple process stages is key to improving overall operational efficiency.
The Outcome
By applying a creative and iterative engineering approach, eg technology enabled the client to achieve significantly improved control over product handling within a complex, high-throughput manufacturing environment.
This resulted in more consistent product distribution and presentation at critical stages of the process, supporting improved stability and repeatability across the production line. Variability was reduced, leading to fewer downstream inefficiencies and a measurable reduction in waste product.
Importantly, the solutions were developed with scalability and integration in mind. This allowed the client to implement improvements within existing infrastructure while supporting wider continuous improvement initiatives across their manufacturing operations.
Delivering Consistent Performance at Scale
Food manufacturing environments often present challenges that sit at the intersection of product behaviour, process requirements and equipment design. Addressing these issues requires more than technical expertise alone; it demands a practical understanding of how solutions will operate within the realities of a production environment.
By combining mechanical engineering, rapid prototyping and experimental testing, eg technology helps food and beverage manufacturers identify the root causes of process variability and develop solutions that can be implemented with confidence. This approach enables organisations to improve performance, reduce risk and support continuous improvement initiatives across existing production operations.
Are you ready to develop your product or idea?
For further information on how eg technology can support in getting your technology or ideas to market or to chat with one of the eg team about your product design and development requirements, please get in touch.
