LED Lighting Strips For Automotive & Retail Applications


With applications ranging from retail displays to in-car interior lighting to LED display lighting for key safety performance elements, all requirements are different, and key custom design elements are needed to ensure a completely correct solution. The manufacturing process of LED strips starts with choosing the right chip, then connecting the LED beam amplification elements and then configuring the critical PCB (printed circuit board).

Careful attention to thermal management is a prerequisite for successful integration of LED strip technology, and emphasis is placed on ensuring that the PCB achieves minimal temperature degradation and energy consumption, as well as the required optical performance. Work at the required temperature. Sometimes the efficiency of a PCB in terms of thermal performance may require the manufacturer to work with the customer, as the heat must be a very efficient heat sink using a metal frame around the LED light source in the housing of the device. must be forwarded to. In all cases, an individual solution is the best way to a successful product with LED lighting technology.

The increased flexibility can be integrated from the very beginning into one LED strip light with the possibility to "cascade" the product. It can be used in multiple end products for a single PCB solution, allowing flexible use of fluorescent and neon lamps at any time.

Working with customer feedback on the standardization of light distribution and display properties, the development work has now been completed with a new batch of on-board chip-on-board LED light strips with on-board dimmers. Offered as a waterproof package with a choice of all 4 LED colors, by choosing this type of technology, customers will provide high-performance best led manufacturers effects in one easy-to-use package - for the automotive and retail markets. Ideal.

If customers want to produce LED lighting effects previously made with fluorescent lamps, lighting effects can be created by increasing the LED bars in the RGB configuration. Can be combined with a special lens if a lighting effect is required to focus on a specific area or subject.

It has also been shown that in order to successfully integrate LED strips, it may be necessary to incorporate a proper power supply into the project and, in some cases, to place the LED light source in architectural or retail environments.

From time to time, automotive or retail customers who see the benefits of switching from traditional types of light sources to LED strips see that they need to choose the right, integrated supplier to ensure that they improve the product to achieve the original embedded benefits that are essential to their applications. LED strips provide cost savings through energy management and reduced maintenance due to the inherent longevity of properly configured LEDs. Other lighting applications focus on improving performance by improving wavelength and intensity, especially in retail environments.