Digital Camera
Our digital camera LED Laser Etching Trick is super EASY to do and will create some truly creative photos. We’ve used it many times and each time people look at the photos with a bewildered look trying to figure out how the photo was created.
To the rational mind this type of photo tends to violate our sense of order. Cameras record objects, whether they are moving or stationary. Once we press the shutter our brains are fully prepared to see whatever we took the picture of, frozen in time. What our brains are NOT prepared for is to see a photo where the camera has frozen AND recorded the “track” of an object, which in this case is a simple LED light.
I have even had experienced digital camera owners look at an LED Laser Etching Trick and ask, “So you didn’t use video to do this?” When it comes to digital photos most people think in a linear manner and the LED Laser Etching Trick is cool because it forces our brains to think dimensionally.
To the rational mind this type of photo tends to violate our sense of order. Cameras record objects, whether they are moving or stationary. Once we press the shutter our brains are fully prepared to see whatever we took the picture of, frozen in time. What our brains are NOT prepared for is to see a photo where the camera has frozen AND recorded the “track” of an object, which in this case is a simple LED light.
I have even had experienced digital camera owners look at an LED Laser Etching Trick and ask, “So you didn’t use video to do this?” When it comes to digital photos most people think in a linear manner and the LED Laser Etching Trick is cool because it forces our brains to think dimensionally.
Broadband White LED
The OTLA-0130 broadband white LED light engine is intended for applications requiring the full, UV to Red spectrum. The OTLA-0130 integrates a white LED with additional monochromatic LED die to expand the unit’s spectral output. It also features a small lighting emitting source size of less than 2 mm in diameter, which allows it to be coupled to optical systems such as fiber-optics and focusing optics. In addition, each LED wavelength can be individually addressed for separate pulsing and intensity balancing. Instrumentation applications for the OTLA-0130 include flourescence, absorbance, transmittance, reflectance, and color metric measurements.
