Food Processing Plant Heating Systems & Solutions

Heating in food processing is the controlled application of thermal energy to change, preserve, dry, cook, brown, or pasteurize food products. In industrial plants, infrared heating can target product surfaces or moisture zones quickly and consistently. Medium-wave infrared is often used for dehydrating, surface drying, baking, browning, and pasteurizing because it delivers precise, repeatable heat on conveyorized production lines.

Infrared heating transfers energy directly to the product surface rather than relying only on hot air circulation. This can reduce warm-up time, improve zone control, and increase line speed compared with many convection systems. For food processors, that means more consistent moisture removal, better browning, reduced energy waste, and easier integration into specific steps of an existing production line.

Fannon Products builds infrared systems for applications such as food drying, moisture removal, baking, browning, surface drying, and pasteurizing. Systems can be engineered for conveyorized production lines or batch-style processing needs. The best configuration depends on the food product, target moisture level, dwell time, belt width, sanitation requirements, and available plant space.

Yes. Fannon Products engineers custom food-grade infrared systems to integrate with existing processing equipment whenever practical. The team reviews line speed, conveyor dimensions, product characteristics, available utilities, and desired temperature zones. Systems may include application-matched emitters, fixtures, reflectors, controls, and heating zones designed around your current production workflow.

Medium-wave infrared is commonly used for food drying because it provides controlled, penetrating heat suited to moisture removal and surface treatment. It can help processors achieve uniform drying, stable product quality, and faster throughput. The emitter type, wattage, zoning, and controls are selected according to product thickness, moisture targets, exposure time, and process temperature limits.

Pricing is quoted per specification because every plant application is different. Factors include conveyor width, heated length, emitter type, wattage, number of zones, controls, enclosure requirements, and integration complexity. Fannon Products provides factory-direct quoting after reviewing your product, process goals, throughput requirements, and installation constraints, so the recommendation matches the actual production need.

Lead times vary based on the engineered scope, system size, controls, and manufacturing requirements. Fannon Products produces made-to-order systems from its facility in Algonac, Michigan, and ships securely to customers worldwide. The quoting process typically begins with application details, followed by engineering review, configuration, manufacturing, and shipment coordination for installation or integration.

Fannon Products supports long-term uptime with factory-direct engineering help and replacement infrared lamps in many sizes, wattages, and voltages. Because the company manufactures infrared lamps and custom fixtures, support can include lamp replacement guidance, direct-fit specifications, and recommendations for maintaining consistent heat output across production zones over time.