Infrared emitters for the automotive industry

Your heat processes in the automotive industry: heating, drying, curing, welding, glueing, laminating, deburring. Numerous process challenges need to be met efficiently in the automotive industry-Infrared heat helps!

Infrared emitters for the automotive industry
Just click our video to see how infrared heat can re-activate adhesives on car glass!

Crease-free seat covers, matching garnish mouldings and panellings, exactly deburred steering wheel caps and neatly welded containers for wiping and washing water or brake fluids are just some examples.
Infrared heat can be used in a variety of ways, e.g. for heating, drying, welding and glueing. For this, IR emitters are precisely adjusted to the material and the process, so they provide heat selectively and in line with cycles.
This helps automate industrial processes and saves time, costs and energy.

Your advantages with infrared heat:

  • Infrared emitters are precisely adjusted with regard to voltage and power
  • They can precisely follow edges and rims
  • Short reaction times make infrared emitters well controllable

See for yourself what infrared heat can do!
Here some application examples:

Infrared Heating System Helps in The Manufacture of Auto Glass

Infrared Heating System Helps in The Manufacture of Auto Glass

A fast response medium wave Infrared heating system from Noblelight is helping Dura Automotive Systems of Castle Bromwich to ensure the reliable and precise adhesion of molded thermoplastic sealings to customdesigned, automotive glass windows.

 Read our application example here!

Infrared heat improves quality of deburring process

Infrared heat improves quality of deburring process

Many plastic parts are manufactured by injection moulding or pressing. In the process, the formation of sharp burrs cannot always be prevented. Infrared radiation heats plastic parts within seconds directly at their surface. Therefore burrs can be easily melted away.

Infrared emitters optimize vacuum laminating

Infrared heat optimize vacuum laminating

Car doors, centre consoles and dashboards are made of plastic carrier parts that are clad wih foil. This is usually done by vacuum laminating, a process in which an adhesive is applied to the foil or the carrier part.

Infrared drying of adhesives for interior linings

Infrared drying of adhesives for interior linings

Two tailor-made infrared systems help give the headliner in the Bentley Continental 2 and 4 door models a perfect fit and prolong their service life.

Infrared heat helps at Jaguar moon roof assembly

Infrared heat helps at Jaguar moon roof assembly

Carbon infrared emitters improve the protective coating of truck springs

Infrared system helps securely fasten rear spoilers

Steel leaf springs need protective varnish against corrosion. Weweler Colaert of Belgium has optimised the coating of a whole range of leaf springs for heavy goods vehicles by means of a tailor-made drying oven with Noblelight infrared emitters.

Infrared system helps securely fasten rear spoilers

Carbon infrared emitters improve the protective coating of truck springs

In a premium car like the Jaguar XJ, all elements must be processed with perfection. Glued parts must also be reliably fastened. This requires a heat-reactive adhesive to reach its specified temperature quickly and precisely. For this, Jaguar is using tailor-made infrared systems.

Infrared systems for the coating of light-alloy rims

Infrared systems for the coating of light-alloy rims

Infrared heat for applying powder coating on light-alloy rims.

Request your application example!
Your application is not listed? Infrared can do much more! Ask us!