High Performance Heating
High-performance IR emitters engineered for precision heat control and consistent thermal performance.
Emitted Energy is a trusted and reputable supplier of high-performance infrared heater banks. These types of equipment can convert electricity into radiant heat and deliver vast amounts of warmth for heating processes such as dry-off and curing operations. Our range of infrared panel heater solutions is high-energy and highly efficient, making them an ideal choice for industrial manufacturing applications.
Many applications involve the need for infrared heating. One cost-effective solution for implementing infrared heat into a process is installing a custom emitter bank on existing equipment. From powder curing to glass manufacturing applications, nearly any project can implement and realize the benefits of utilizing infrared heating technology. Our Infrared Heater Banks are high-powered for industrial applications and can handle any lamp we offer. Contact a sales team member to learn more about these electric infrared heater offerings!
Benefits of Custom Heater Banks
Infrared heat has tons of substantial advantages over traditional heating methods. Unlike convection heat, infrared heat does not rely on air movement to transfer warmth—instead, it provides directional heat by precisely heating the surface of objects.
More of its benefits are as follows:
- Increased Energy Efficiency: Compared to traditional heaters, our electric infrared heater banks can save you energy costs since they only use a fraction of the electrical power to produce the same heat.
- Maintenance-free: Since an infrared panel heater doesn’t have moving parts, it requires little to no maintenance. Therefore, it’s perfect for industrial environments where equipment downtime can be costly.
- Fast and Healthier Heating: Infrared heat transfers energy quickly, which results in faster heating times. Furthermore, it can be designed so that the whole surface is homogeneously heated.
- Environmentally Friendly: Infrared heating produces no harmful emissions, making it an eco-friendly alternative to traditional heating methods. It also doesn’t cause any air disturbances or generate noise pollution.
Precision Heater Banks, Built for Your Process
Partner with Emitted Energy to design and deploy heater banks that give you precise, reliable thermal control from day one.
We supply. We Engineer.
We support. We partner.
Designed specifically for thermal manufacturing needs
Trusted by manufacturers in high-stakes sectors
U.S.-based engineering and support
Fully customizable to your process needs
Project Payback Period
At Emitted Energy, we bring over two decades of hands-on expertise in delivering precision infrared process heating solutions to the manufacturing floor. Our team goes far beyond heating elements — we’re deeply embedded in industrial operations, with a proven track record of solving complex thermal challenges in industries like metal forming, plastics processing, packaging, food production, and battery assembly.
We understand the critical demands of high-speed, high-stakes environments, where thermal consistency and energy efficiency are non-negotiable. That’s why we engineer electric infrared systems that perform with precision, durability, and reliability — even under the most rigorous production conditions.
From concept to commissioning, our engineers work side-by-side with your team to design, integrate, and support custom heating systems that improve product quality, reduce cycle times, and lower operational costs. When you partner with Emitted Energy, you’re not just investing in advanced infrared technology — you’re gaining a solutions partner that knows how to make heat work for your process, not against it.
Trusted by Businesses Worldwide
Applications of Infrared Heater Banks
Emitted Energy Corporation specializes in electric infrared heater products that are highly adaptable to existing equipment. These are also customizable, enabling us to provide specific solutions to satisfy your drying and curing requirements.
Some applications of our range of infrared panel heater products include:
Laminating Lines: Infrared heaters are used for bonding multilayer materials such as textiles, foils, and composites. The precise temperature control facilitates consistent adhesion without overheating substrates.
Powder Coating Curing: Our modular infrared heater banks provide fast, uniform heating to melt and cure powder coatings efficiently. This results in smoother finishes, shorter cycle times, and reduced energy use compared to convection ovens.
Glass Manufacturing and Tempering: Infrared emitters offer excellent control over heat distribution, ideal for annealing, bending, fusing, and tempering glass. Our systems support precise temperature gradients to reduce breakage and ensure optical clarity.
Preheating for Metal Forming: Infrared heating accelerates preheating of metal blanks or sheets before forging, bending, or stamping operations. This minimizes thermal lag and improves throughput.
Plastic Thermoforming: Electric infrared panels provide rapid, localized heating of plastic sheets prior to molding. Even heating ensures uniform material properties and crisp forming details.
Adhesive Drying and Curing: Infrared heaters effectively dry or cure adhesives in industrial assembly lines—reducing downtime and improving bond strength. Applications include automotive interior trim, electronics, and aerospace components.
Textile and Nonwoven Processing: Infrared heating is used to dry coatings, cure resins, or heat-set synthetic fibers in textile manufacturing. Fast response times and adjustable output make it ideal for roll-to-roll processing.
Printing and Ink Drying: Infrared technology enhances drying speed for water- and solvent-based inks on paper, plastics, and packaging films. It helps increase print throughput while maintaining crisp image quality.
Food and Pharmaceutical Processing: In specific cleanroom-safe formats, infrared heating can be used for drying or sanitizing equipment surfaces, heating packaging materials, or initiating chemical reactions in pharmaceutical coating processes.
Electronics Manufacturing: Preheating PCBs before soldering, curing encapsulants, or drying conformal coatings are all achievable with controlled infrared heating that avoids thermal damage to sensitive components.
Composites Curing: In aerospace and automotive composite manufacturing, infrared heat is used to initiate resin flow and curing cycles, providing consistency and energy efficiency without autoclaves.
Wood Finishing and Veneering: Infrared systems accelerate the drying and curing of paints, lacquers, and adhesives applied to wood, helping to streamline furniture and cabinetry production.
Rubber and Elastomer Processing: Preheating and curing rubber compounds with infrared ensures uniform crosslinking and can be integrated into continuous vulcanization lines.
Foam Expansion and Bonding: Infrared heaters can be used to activate thermoplastics or expand polymer foams, ideal for packaging, insulation, or cushioning applications.
Let’s Build Your Ideal Heating Solution
From high-volume production to niche processes, our heater banks are tailored for performance, reliability, and total thermal control. Connect with our team to get started.