Automotive Exterior Solutions
Industry-leading plastic welding solutions deliver distinctive exterior details for leading automotive manufacturers.
Industry-leading plastic welding solutions deliver distinctive exterior details for leading automotive manufacturers.
Automotive suppliers must balance productivity and innovation while meeting rigorous design, quality and material standards. Branson welding technologies can help improve every part of the production and performance of your vehicle components and systems.
Our process-neutral range of plastic welding technologies offers more options and applications for smarter joint design, providing the long-term durability and performance that adhesives and fasteners simply cannot match.
Far more than essential safety devices, taillights have evolved into a distinctive feature of automotive design. Larger, bolder, and brighter than ever, today’s taillights combine colored and transparent plastics with complex curves, while hermetically sealing multiple lamps, sensors and electronics. To weld them with superior strength, flash-free aesthetics, and durable hermetic seals, Emerson offers a comprehensive range of Branson laser welding and clean vibration welding technologies for tail light assembly.
Branson large-part vibration welding systems are built to handle the toughest requirements for tail and lift gate assemblies.
Linear vibration welding enables the assembly of complex shapes like a rear spoiler without adhesives or mechanical fasteners.
Branson’s series of linear vibration welders produce strong, pressure-tight joints to ensure automotive manufacturers can assemble bumpers that look stylish and meet safety standards.
Case Study
Branson vibration welding technology solved the quality challenges of a major auto manufacturer to create a hermetic seal for brake light housing with large, complex contours. Find out how this technology met high-volume production demands and regulatory requirements without using consumables.
Lower your energy requirements and minimize thermal stresses on components.
