Look Solutions Releases Tiny S, the Smallest Fog GeneratorThe Tiny S from Look Solutions, the latest version of the Tiny series fog generators, is the smallest fog generator in the world, according to the company. The machine measures in at just 4" long by 2" wide by 1.4" high. With these small dimensions and the light weight of only a half-pound -- including the battery and fluid tank -- the fog generator can be easily used where small amounts of fog are desirable. Other updated features include battery-powered operation and more flexible fog flow controls. In this recent update, the battery can be screwed directly into the machine along with the fluid reservoir. Thus, external cables or fluid tubes are unnecessary, and the generator consists of only one component. The fluid reservoir for the generator is supplied filled with Tiny-Fluid, with the possibility for refills and multiple uses. It produces approximately .5ml of fog during each minute of continuous use. The company says that fog flow from machines -- even ones in the Tiny series -- has historically been too strong. The Tiny S addresses this problem by offering both high and low output levels in its 30W version. The heart of the generator is a microprocessor that controls the fog emission. For some applications it will be useful to program in a fixed fog amount, and this can be done directly at the machine to later be reproduced or changed. The battery supplies the Tiny S with the 3.7V supply. An intelligent control mechanism allows the battery to provide energy only when necessary. Power is triggered with a start button integrated into the lid of the machine or through a supplied cable remote. This remote connects to the machine by using a mini-stereo-jack cable. The package includes the Tiny S, two 3.7V batteries, a charge and cable, a cable remote and corresponding cable, six fluid reservoirs, a refill set, 250ml of Tiny Fluid, and a case. Available accessories include a duct adapter, a Y-splitter, and silicon tube. See Look Solutions at PLASA Focus: Stamford, November 12-13.
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