Plastic Welding
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Plastic Welding
To keep pace in a fast-moving global automotive market, auto manufacturers and suppliers must continue to develop lightweight, cost-effective vehicle plastic components which optimize strength, style, and performance. Emerson’s array of plastic welding technologies provide proven, high-volume component assembly solutions, delivering long-term durability and performance of exterior components that adhesives and fasteners simply cannot match.
Viberation welding
Vibration welding is ideal for joining large parts, intricate areas, multi-plane objects and curved surfaces. It is employed in automotive, appliance and other industries to join large components of varying shapes. Vibration welding is an energy-efficient technology that optimizes productivity on assembly lines.
- Solid friction
- Transient flow
- Steady state flow
- Solidification
- Vibrating assembly
- Lifting table
Ultrasonic welding
Ultrasonic welding is the process of converting electric current into electric energy through ultrasonic generator.The converted high-frequency electric energy then converted into the mechanical motion of the same frequency again through the transducer, and the mechanical movement is transmitted to the welding head through a set of horn device which can change the amplitude.
- Equipment
- Generator
- Machine press
- Welding stack
- Transducer
Hot plate welding
To establish a simulation model of a hot plate welding machine for welding a car lamp, the car lamp model must first be determined. When a manufacturer receives an order for a new car lamp, it will design a three-dimensional model of the lights cover and determine it as a simulation model.
- Parameters
- Visual Inspection
- Part Joining
- Leak Testing
- Final Inspection
