Infra-Red Linear

DR. FISCHER infrared halogen lamps are the ideal, high-power heat source for a wide range of industrial heating applications such as paper processing, printing, metalworking, the food industry, plastic production, car manufacturing, glass processing and machining, the textile industry, the manufacture of solar installations, wood transforming and many other things. The halogen lamps do not turn over time, there is therefore no reduction of infrared output. This guarantees process stability and reliability throughout the lamp life. Full power is reached within a few hundred milliseconds after switching on.

Infra-Red Reflector lamps 

Infrared incandescent reflector lamps are designed to work in the toughest environment such as farm, bathroom or kitchen and their nearest surrounding. They have a reinforced construction thanks to hard glass use. Their compact form and universal cap base allow them to be used with any suitable equipment. A very good method of generating warmth is by using heat lamps. It provides direct, draught-free warmth to the animals, people, but also food. 

Agricultural: breeding and rearing of pigs, poultry, calves, foals, dogs etc. as well as in veterinary clinics, zoos, pet shops.

General radiant heating – hot food displays, cooker hoods, bathrooms, space heating 

Industrial heating – drying, baking, carbonising, melting etc.

Medical Applications

Healthcare and bodycare applications are designed for treating deep-seated muscular ailments and sports injuries. These incandescent reflector lamps are an excellent solution to provide localized heat treatment to relieve muscular pain. They can also be used to treat rheumatic ailments. This form of heat therapy has also been shown to speed the healing of different kinds of injuries such as sports injuries and non-infected wounds, in many cases providing rapid and effective pain relief. The benefits of this form of heat therapy are based on locally enhanced blood circulation in the skin caused by vasodilatory response. This results in an increased transport rate of metabolytes and other essential biochemical compounds. Benefits are also gained by deeper penetration of heat, which provides a gentle, pleasant warming effect.