HIGH-EFFICIENCY BAKING OVENS


reduced downtime, and the ability to adapt to changing production demands. Operational efficiency was also a major


consideration in the oven’s development. GEA says the modular design allows faster plug-and-play installation, potentially reducing installation time by up to 70% on large-scale industrial baking lines. Accessibility for cleaning and maintenance has also been improved through continuous access doors and removable chamber plates designed to minimise downtime. Sustainability considerations extend


beyond energy use alone. The company’s new Kinetic Edge machine design reportedly reduces iron usage in the oven structure by 64%, while simplifying component design and improving recyclability at end of life.


cuses on sustainability-driven oven architecture French baking equipment specialist Mecatherm is also positioning sustainability and thermal optimisation at the centre of next-generation oven development, with increasing emphasis on airflow management, heat recovery, and energy-efficient process design. Last year, the company highlighted


GEA has also introduced micro-


convection airflow technology, which creates localised airflow circuits within each module to improve heat distribution and reduce temperature variation across the baking surface. The aim is to deliver more consistent texture, colour, and moisture control while reducing wasted energy. Flexibility is another key theme. The


oven is available in multiple heat-transfer configurations, including radiant electric, convective electric, and combined radiant-convection systems, allowing bakeries to configure thermal profiles according to different product types and production requirements. The development reflects wider


changes across the baking sector, where manufacturers are increasingly looking beyond simple fuel consumption when defining “high-efficiency” ovens. Greater emphasis is now being placed on thermal control, modularity, product consistency,


a series of sustainability-focused developments aimed at reducing thermal losses and improving energy performance across industrial baking lines. Among the most significant was the introduction of the M-VT vertical oven platform, designed to reduce greenhouse gas emissions while improving overall line efficiency. Rather than focusing solely on burner


efficiency, Mecatherm’s approach reflects the wider industry shift toward total process optimisation, where airflow control, humidity management, thermal recovery, and downstream energy reduction are increasingly viewed as interconnected elements of oven performance. According to the company, one of the primary objectives was to reduce unnecessary energy consumption by minimising fresh air intake and limiting thermal losses throughout the baking process. The system also incorporates integrated energy recovery solutions designed to recapture and reuse heat generated during production. Mecatherm says its latest developments are intended to “open a new world of


possibilities with sustainability-driven innovations,” as bakeries face growing pressure to improve environmental performance without compromising productivity or product quality. Humidity management is another


area receiving increased attention. The company’s Hygro Control System has been developed to improve control of hygrometry within the baking chamber, helping manufacturers stabilise baking conditions and improve repeatability across production runs. That focus on environmental control


mirrors a broader trend across industrial baking, where precise management of airflow, moisture extraction, and thermal distribution is becoming increasingly important for achieving both efficiency gains and product consistency. Mecatherm has also highlighted the importance of reducing energy consumption beyond the oven itself. Its latest systems incorporate smart cooling technologies designed to reduce energy demand during downstream product cooling, helping optimise the performance of the line as a whole rather than treating each processing stage independently. The company says these developments


form part of a broader strategy aimed at helping manufacturers respond to tightening sustainability requirements while maintaining commercial competitiveness. “The bakery industry is facing


new environmental challenges and expectations,” Mecatherm noted in its recent sustainability innovation announcement. “Our ambition is to support our customers with solutions that combine industrial performance and environmental responsibility.” The developments underline how


industrial oven manufacturers are increasingly redefining efficiency around integrated thermal management, operational flexibility, emissions reduction, and process stability rather than simple throughput metrics alone. Sustainability targets are now


becoming more closely tied to operational performance and due to this manufacturers are seeking oven platforms capable of reducing energy consumption, improving thermal precision, and supporting future production requirements without sacrificing reliability or bake quality.


APRIL/MAY 2026 • KENNEDY’S BAKERY PRODUCTION • 25


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