Up to three separate LED heads may be plugged into a single CF1000 controller, allowing uniform illumination of complex targets and larger areas, and the simultaneous use of multiple wavelengths. The CF1000 can be triggered with a footswitch for hands-free operation. Alternately, the footswitch input can be used for automated remote triggering. The first-generation LED heads are available at 365 nm, 395 nm and 455 nm, with maximum power output up to 1.8 W, 3.6 W and 4.6 W respectively. The second-generation LED heads are available with 2.5 W, 5.4 W and 6.9 W of light power from a 1.9-inch diameter window. The CF1000 recognizes and self-adjusts itself to the drive requirements of the various wavelengths and power levels of the LED heads. The entire system is protected against accidental plugging or unplugging of the LED heads even when the LEDs are on.
According to Dr. Sahara, founder and CEO of Clearstone Technologies, "The CF1000 offers a practical solution for consistent, low-maintenance processing of light-activated materials. The long life of LEDs avoids the production disruptions associated with replacing traditional UV bulbs, while providing better process control through its stable output power, narrow output spectrum and lack of excess heating. This makes LED especially suitable for processing delicate membranes or electronics. LEDs also eliminate the safety hazards from mercury contamination, UVC and UVB radiations, ozone creation, high temperature, high pressure, and high voltage associated with UV bulb systems."