IN Brief:
- Made Smarter support is funding machinery and digital projects at smaller food, beverage, and packaging manufacturers.
- Investments include tempering, flow wrapping, filling, capping, labelling, slicing, and brewing process monitoring.
- Grants are combined with technical advice, training, leadership support, and digital planning.
Made Smarter is supporting a series of machinery and digital projects at smaller food, beverage, and packaging manufacturers across England.
The latest investments range from chocolate tempering and flow wrapping to filling, capping, labelling, bacon slicing, process monitoring, and internal metal fabrication. Grant funding is combined with technical advice, leadership support, training, and digital planning intended to help businesses select appropriate systems.
Kent chocolatier Cocoba has introduced tempering equipment to increase capacity and reduce production interruptions, while bakery producer Get Baked is adopting an automated flow wrapper. Great Balls of Flour is installing filling, capping, and labelling machinery as it prepares for higher volumes.
Todds of Kendal is investing in advanced bacon slicing, and Brightside Brewing is adding process monitoring to improve control of gluten free lager production. Packaging specialist Micro Can is bringing laser cutting and bending into its own operation, reducing dependence on external fabrication.
Each project addresses a specific constraint rather than replacing an entire factory. Smaller manufacturers frequently operate with equipment installed over several stages of growth, leaving one manual or outsourced process to restrict the output of otherwise capable production lines.
A flow wrapper, for example, can accelerate packing but may expose delays in product feeding, coding, inspection, case packing, or pallet movement. Filling equipment can produce a similar imbalance when container supply, capping, labelling, or cleaning cannot match the additional speed.
Made Smarter’s advisory work allows these interactions to be examined before a purchase is made. A machine may offer the required nominal throughput, yet deliver limited benefit when changeovers are slow, cleaning is difficult, or downstream capacity remains unchanged.
Focused investment suits varied production
Many smaller food businesses compete through seasonal ranges, customised products, short campaigns, and frequent development work. Their machinery must therefore combine output with flexibility, because a system designed only for a single long run may spend too much time waiting for the next compatible product.
Recipe storage, tool free adjustment, rapid film changes, accessible cleaning, and support for several pack sizes can contribute more value than maximum speed alone. These characteristics also reduce the technical burden on businesses that do not employ large engineering teams.
Recent projects such as the installation of a faster top sealing line at Den Berk show how targeted equipment can remove a defined constraint while leaving the surrounding process intact. The return depends on whether the wider line is prepared to use the additional capacity.
Chocolate tempering demonstrates the connection between control and output. Tempering must create a stable cocoa butter crystal structure before moulding or coating, and variation can result in poor gloss, bloom, weak snap, or difficult mould release. Automated equipment increases capacity while holding temperature and movement within a repeatable operating window.
Bacon slicing places greater emphasis on weight control and yield. Faster machinery can increase throughput, although the financial benefit is closely tied to blade performance, product temperature, portion accuracy, and the amount of valuable meat given away above the declared weight.
Brightside Brewing’s monitoring project centres on information rather than physical handling. Sensors and digital records can improve batch consistency, but only when measurements are connected with operating limits and defined corrective action. Data collection without a control response merely creates a larger archive.
Micro Can’s move into internal laser cutting and bending addresses the delays created by outsourced components. Bringing the process inside the business can shorten development and maintenance lead times, although it also introduces new requirements for operators, servicing, material stock, extraction, safety, and equipment utilisation.
Workforce capability runs through every project. Automation shifts activity towards machine set up, fault diagnosis, quality verification, and preventive maintenance, requiring operators to understand both the process and the controls governing it.
Leadership teams also need to assess total operating cost rather than concentrating on the grant supported purchase price. Energy, films, tools, software, service contracts, spare parts, training, and cleaning time all influence the return across the life of the machine.
Grant funding can bring investment forward, particularly where a business has a viable growth plan but cannot finance the complete capital cost from current cash flow. It does not remove the need for realistic forecasts or a clear route to selling the additional output.
The range of current projects shows digital manufacturing developing through practical interventions rather than a single model of automation. Tempering, wrapping, slicing, monitoring, and fabrication solve different problems, but each requires the surrounding people and processes to change alongside the machinery.
Smaller factories can gain substantial capacity from one well chosen installation. The strongest results will emerge where that equipment is treated as part of a connected production system, with materials, labour, maintenance, quality, and customer demand aligned around the new capability.
