With applications for LED lighting strips ranging from retail displays to interior vehicle lighting to key elements of safety lighting, each requirement is different and calls for key elements of custom design to ensure a completely integrated solution. The method of constructing LED lighting strips begins by choosing the correct chip and applying the elements of the LED optimization kit to it and then the all-important PCB (Printed Circuit Board) setup.
Careful consideration to the problem of thermal control is a requirement for the effective introduction of LED lighting strip technology and the focus is put on ensuring that the PCB performs within the necessary temperature to ensure minimal LED deterioration and power consumption as well as the required optical efficiency. Often the reliability of the PCB in respect of thermal output can enable the manufacturer to collaborate with the consumer, as the heat can be transmitted to the structure of the equipment by using the metal structure around the LED light source as a highly efficient heat sink. In both cases, custom-designed solutions are the fastest path to a good result using LED lighting technologies.
With the potential to "daisy chain" the product, the individual LED lighting strip can be incorporated with improved versatility from the outset. This will allow a single PCB solution to be used in a variety of end products and allow for versatility that could never be done with fluorescent and neon-type tubes.
Working on consumer input in terms of uniformity of light propagation and viewing characteristics, the production of a new line of Chip-on-board LED lighting strips with on-board regulators is now complete. With the option of all four LED colors and supplied as a waterproof kit, the choice of this type of technology would give consumers high-performance LED lighting effects in an easy-to-use package-perfect for the automobile and retail markets.
If customers wish to produce LED lighting effects that go beyond what was previously created with fluorescent tubes, then LED strips can be supplied in RGB configuration to produce enhanced lighting effects. These can be combined with custom lenses if the lighting effect is required to focus on a particular area or feature.
It has also been demonstrated that, in order to effectively integrate LED strips, the specification may need to incorporate the supply of the proper power supply module and, in some cases, a plastic strip tube to contain the LED light source in architectural or retail environments.
Time after time, consumers in the automobile or retail industry who see the advantages in switching from a conventional form of light source system to LED light strips often see that they need to select the best provider and integrator that will customize the product to guarantee that they have the benefits incorporated into that are crucial to their applications. LED lighting strips offer cost savings through power management and reduced service due to the inherent longevity characteristics of correctly configured LEDs. In other lighting applications, the emphasis is on leading edge efficiency by wavelength and intensity optimization, especially in the retail setting.
Any leading LED manufacturers and integrators will show a track record where custom innovation technologies incorporating LED lighting have created leading-edge products for customers. As a workaround, we are both mindful of the increased influence of LED lighting. Working with an organization who really knows the technologies and understands crucial industry criteria will make the future world of LEDs not just more effective and practical, but also more exciting.
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