LED technology nowadays plays an integral role in general lighting and in automotive engineering. LEDs have proved popular in general lighting due to their high energy efficiency, long life and adjustable light temperature. In the automotive sector, LED headlights are better at illuminating the traffic area, which increases road safety. The matrix LED front headlights used by major automotive manufacturers is a good example of this.
In automotive interiors it is the design freedom and different lighting effects which have helped LED technology become established. In addition to beam forming, increased resistance to environmental influences has been a major focus of development in LED lights. The aim is to increase the life of an LED and to ensure the core properties of color quality (chromaticity coordinates and color temperature) and efficiency over the product lifetime.
New manufacturing technologies address these developmental goals and offer opportunities for low-cost production.
Put Openair-Plasma® to the test with our rental and test systems.
How to measure surface energy with test ink.
Plasmatreat constantly faces shifting demands as a result of new ideas, regulations, and standards. Customers are increasingly approaching the company with unique and innovative project requests. Consequently, the capacities of the technology and research center will now be expanded to include a class-6 cleanroom.
Plasmatreat supports digitized manufacturing with its Plasma Control Unit (PCU) and makes numerous controls, regulation, and monitoring functions available to ensure consistently high surface-treatment quality and reproducibility.
VOCs occur when solvents and solvent-containing products are used, and they are harmful to the environment. Nevertheless, manufacturing in many industries still involves pre-treating surfaces with primers, bonding agents or other chemicals that release VOCs. With its Openair-Plasma process, Plasmatreat offers an environmentally friendly alternative.
