Expert Infrared Heater Installation Services Near You

Infrared heating installation costs are quoted per specification because system size, emitter type, voltage, controls, fixtures, conveyor integration, and production requirements all affect pricing. Fannon Products reviews the application first, including substrate, line speed, heating goal, and available space, then provides a configuration-based quote for the engineered system, retrofit module, or replacement lamp package.

Fannon Products supports industrial infrared heater installation by engineering and manufacturing the heaters, fixtures, reflectors, controls, and replacement lamps needed for the application. Systems can be built for new production lines or integrated into existing conveyor, batch, booth, or web-processing equipment with configuration guidance from the factory-direct team.

Infrared systems are commonly used for powder-coat curing, automotive paint curing, screen-printing and inkjet drying, food moisture removal, textile drying, electronics reflow, surface heating, preheating, and softening. Short-wave and medium-wave quartz emitters are selected based on how the material absorbs energy and how quickly the process must heat, dry, or cure.

In many industrial applications, infrared can reduce cycle times because energy is delivered directly to the product surface or targeted material instead of heating large volumes of air. This can improve line speed, reduce floor-space requirements, tighten zone control, and lower energy use compared with convection or gas heating when the system is properly engineered.

Yes. Fannon Products manufactures direct-fit replacement infrared lamps in many sizes, wattages, and voltages, including lamps for Heidelberg printing presses, M&R flash dryers, Fostoria systems, inkjet drying systems, and HP 3D printing applications. Matching the OEM specification helps support drop-in fit, consistent output, and long service life.

Fannon Products manufactures systems in Algonac, Michigan and offers 99% secure global shipping. Standard and custom configurations can be shipped to manufacturers, print shops, finishers, and processing facilities across the U.S. and worldwide. Availability depends on the configuration, engineering requirements, and whether the order is custom-built or a replacement component.

A quote typically requires details such as application type, material or substrate, required temperature, target dwell time, line speed, voltage, available space, existing equipment layout, and whether controls or zoning are needed. Photos, drawings, or product samples can also help the engineering team recommend the right emitter wavelength, fixture design, and integration approach.

Infrared is often a strong fit when a process needs faster heat-up, targeted zones, improved finish quality, or controlled moisture removal. It is especially useful for curing coatings, drying inks, heating surfaces, and processing materials on conveyors. The best design depends on energy absorption, throughput goals, product geometry, and temperature uniformity requirements.