As a material supply mode under the recent production engineering, a case of web-materials (such as films or sheets in the form of a roll) being supplied have become more frequent because of superior productivity and efficiency, and this trend tends to be further accelerated in the future. For example, starting with the field of liquid crystal TVs, in every field like lithium ion battery, solar cell, fuel cell, flexible substrate, container for foods, medicines and cosmetics, labeling-and-packing material and printing material, those materials have started to be used. As the raw materials for them, not only plastics but copper/aluminum foils and iron are applied. However, because of the wider the surface these film and sheet have, more dust tends to adhere to them due to electrostatic action. As a result the dust adhesion problem has come under close scrutiny in every field. The method used on the conventional film cleaner to clean the dust adhering on them is such as to apply first a tension to the work (film or sheet) using rollers, next to blow off dust using an air knife and finally to remove static using ionizers. But this system has failed to get the sufficient effect in cleaning microscopic dust. To cope with this, TRINC has newly developed a basic construction and released "FILM TRINC" to solve the conventional problems.

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In the fields of not only the organic EL and liquid crystal attracting attention these days but also the lithium ion battery, the medicine and the food, the film/sheet materials are in heavy usage. But the film/sheet materials are likely to get charged with static leading to more dust attachment, which eventually makes products defective and lets associated factories face a big problem. To respond this problem, TRINC has already released the “FILM TRINC” based on a new theory and structure, and have innovated it again to be compact, convenient and economic as against the conventional film cleaner as more and less cleaning equipment. The product marketed this time, however, has been developed further into compact to as thin as 1/6 the previous. That is to say, the conventional equipment type has been changed firstly to a “compact unit type,” and changed again this time to be a ”component type.” Because it has been made compact to the utmost limit, it can be installed into the narrowest gaps making it possible to add on the existing equipment without any modification. The dust-removing rate, the essential anti-dust performance, reaches to over 90% beyond the conventional 10 to 50%. TRINC has developed a next generation “ FILM TRINC (THIN type) equipped with high-performance, ultra-compact, convenience, and economical efficiencies.

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Conventional film cleaners are targeted for film widths of about 500 mm to 3000 mm. However, a narrower film appeared recently, and even a film with a width of 6 mm at the minimum appeared. In reality, this has to be a matter of the field of tape rather than film. This FILM TRINC-MICRO is responsible for cleaning narrow tape-shaped film of 6 mm to 10 mm width. Principal use is targeted for a removal of the foreign materials adhering to positive and negative electrodes and a separator for capacitors and lithium ion batteries as immediate needs, but it can also be used for the purpose of removing foreign materials on superconducting electric wires used for electromagnets on the new linear bullet train. TRINC prays for contributing to solving foreign material problems of everyone who needs cleaning of ultra-narrow film in every direction.

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