AUTOMOTIVE
Plastic parts for the automotive industry
BBP has been working successfully with the automotive industry for decades. Highly innovative and qualitatively optimal parts for the automotive industry have emerged from joint development work.
In the automotive industry, technical and decorative plastic parts from BBP are used in a wide variety of places, whether in the exterior, interior, or even in the engine compartment. Because more and more parts, such as oil pans or wheel arch liners, can be made of plastic in the automotive industry.
Lightweight components for vehicles with hybrid or electric drives reduce weight and thus CO2 and support driving dynamics. Among other things, BBP is represented in electric vehicles with very light underbody paneling using MuCell technology and produces frunks that create additional storage space in the front of the car, in the place previously occupied by the combustion engine.
On the one hand, it is about the topic of metal substitution, where we have been able to do valuable work in carrier systems for air filters, for example. In addition, there are issues of engine cover and sound insulation. But decorative parts such as trim or hood tensioning brackets can also be solved very well with plastic parts, often combined with other materials, such as a load sill with a chrome inlay. Talk to us, we will definitely find a solution.
MILESTONES
Innovation for the automotive industry
At BBP, we are always interested in providing our customers with decisive added value through innovation. Whether through the substitution of materials, special finishing techniques, or the bundling of work steps from a single source. Talk to us. Here is an overview of our history:
2018
24/7 5-axis milling in combination with palletizing system Use of collaborative robots
2017
Online multicolor printing in the interlinked injection molding process
2016
MuCell® with precision stroke in a 2-component process CAD Siemens NX
2011
Fabric back injection Infrared hot plate welding
2010
Metal back-molding
2008
Air-water system trial, sprinkler system
2005
Insert tool
2003
CAD-Catia V5
2000
MoldFlow, turning tools, injection-compression molding
1999
Internal gas pressure
1997
Wet painting and vibration welding
1995
CAD-Catia V4
1993
Design CAD-Catia V3 CAM-Tebis stack mold
1991
CAD-2D-AutoCAD 2K injection molding
1987
Hot stamping
1984
Hybrid injection molding
1983
TSG gas back pressure
1979
Pad printing process
1977
Hot plate welding
1975
Ultrasonic welding