Infrared Lamps and Systems

Infrared (IR) technology uses electromagnetic radiation to generate heat, offering highly efficient, targeted energy transfer. It works by emitting infrared radiation that is absorbed by objects and surfaces, directly heating them without the need for intermediary air heating, making it ideal for a range of industrial applications.

At Victory Lighting, we harness the power of infrared technology to provide advanced solutions that improves production processes. Our product offerings include infrared lamps that provide precise, controllable heating for a variety of applications, infrared heaters designed for efficient, localised heat delivery, and infrared paint dryers that accelerate drying times while maintaining product quality. We also offer infrared drying and curing ovens, perfect for rapid and uniform curing of coatings, adhesives, and other materials. These products are engineered to deliver maximum energy efficiency, reduce production times, and improve overall output, making infrared technology a key component of our industrial solutions.

Industries and Applications

Infrared technology is transforming industries with its efficient, precise, and versatile heating solutions, driving productivity and improving outcomes across various sectors. In dentistry, it speeds up procedures like fillings and bonding by enabling rapid curing of materials. Automotive manufacturers rely on it for curing coatings and drying paints, the best finishes. In engineering, infrared heating accelerates drying and curing processes, boosting production speed without compromising quality. The railway sector uses it for maintaining and curing components to enhance durability, while in food processing, infrared dryers ensure faster production while preserving flavor and nutrition.

Its disinfection applications effectively eliminate bacteria and viruses, making it valuable in healthcare and public spaces. Infrared-powered heating systems provide targeted, energy-efficient warmth in industrial and commercial settings. In health products, it’s used in saunas and therapeutic devices for benefits like pain relief and improved circulation. Plastic moulding and forming processes depend on infrared for rapid, consistent heating, improving both efficiency and quality. Recycling facilities use it for precise material separation, while mould elimination benefits from its ability to destroy spores and prevent growth in buildings.

Water purification systems leverage infrared to disinfect and treat water, targeting harmful pathogens. In printing, infrared ensures quick ink drying for higher production rates. Glass processing benefits from controlled heat application to prevent thermal stress, and the aerospace sector uses it for curing coatings and adhesives, ensuring critical component durability. Textiles and wood processing also gain from infrared technology, with textiles drying faster without damage and lumber retaining quality during efficient drying processes. From health to manufacturing, infrared technology continues to redefine what’s possible across industries.