Not only car bodies, but also trim parts such as bumpers and side mirrors are painted with Dürr technology.

The new EcoBell ICC paint atomizer speeds up the change from one color to the next and reduces the material lost in the process to a minimum. Color changing time is reduced to about 6 seconds, paint loss drops to a maximum of one tenth of the previous amount.

Dürr EcoRP E033 robot in the production employment. Elevated arranged robots offer a much better work area and make reduced booth widths possible.

The new EcoRP paint application robots made by Dürr are not fitted to the floor, but move on rails. As a result they are more flexible and save space. The robots do not just apply paint but they open doors and hoods in the painting process.

EcoBell3 interior painting: With high-speed rotating atomizer and direct charging.

Dürr expands its business in the field of glueing equipment for automobile manufacture. The acquisition of the specialist firm Kleinmichel in January 2010 enables Dürr to offer solutions for all glueing processes in vehicle production.

Short bead application of a headboard, Audi Ingolstadt

Short bead application of a headboard, Audi Ingolstadt

Adherence to environmental standards is constantly gaining in importance for the automotive industry. Dürr's energy-saving painting systems for the application of environmentally compatible powder paint are therefore in demand. Pictured is the new EcoBell 2 Powder high-rotation atomizer, which guarantees even distribution of the powder paint on the body's surface.

In the so-called sealing line weld seams on car bodies occurring when parts are joined together are sealed.

Manufacturing of painting robots in Bietigheim-Bissingen

EcoGun gluing applicators permit the application of highly viscous adhesive with various application methods and bead cross-sections. The material flow is adjusted directly in the nozzle of the electrically controlled gun.

Flatstream application is used for insulation in the automotive sector. The nozzle is adjustable in width to suit the respective application task.

With swirl application, the material is swirled by a cone of air. This allows a thin coat of material to applied over a wide area. The width can be varied via the air pressure. This non-contact application method is easy to program, and the application paths can be covered more rapidly than for application methods involving surface contact or a minimum distance to the surface.