Infrared heat technology for industrial processes

Industrial heat processes need to provide energy at the push of a button, at precisely the right time and to the correct place.

  • You wish to debur difficult plastic contours?
  • Your paint drying must not limit production?
  • You need heat for food processing adjusted precisely within +/-1°C?

Intelligent infrared systems can do this. See how it works!

How does infrared heat technology work?

Infrared heat technology

Infrared heat technology works by transmitting electromagnetic waves which generate heat within the product.

  • Heating requires no contact
  • High heat transmission capacity
  • Fast transfer with high power
  • No energy wasted to a transmission medium

Infrared radiation adjusted to product and process

Part of the electromagnetic radiation is absorbed in the material, another portion is reflected and the rest penetrates the materials. Only the absorbed portion contributes to heating. Each material has its own absorption spectrum, the range in which the electromagnetic radiation is best absorbed.
When the emission spectrum of an infrared emitter is optimally adjusted to a material's absorption spectrum, the material is heated much faster and much more efficiently.

Your advantages

  • Infrared emitters transmit heat without contact
  • Short response times
  • Infrared emitters are precisely adjusted to the product with regard to wavelength, voltage, power and shape
  • Precisely adjusted infrared emitter systems increase process speed, improve quality and save energy

Applications areas

Infrared emitters generate heat within materials. This is used to run industrial processes efficiently. It saves time, space and energy.

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