| | Flexible Delivery Systems For Various Applications | |
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| Liquid Systems | | | |
 | | Isan® - Allows for real time, automated, precise dosing to bodies of water, continuous flows of water, recirculating systems and water application systems including large scale industrial uses. | |
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| Tablets Caplets or Powders | | | |
 | | CupriDyne™ can be delivered in capsules, tablets and powders, allowing for mixing in water, or by blending with other materials. | |
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| Sprays or Washes | | | |
 | | CupriDyne™ can be mixed on site to be applied in small scale applications. | |
 | | The Mini Isan® can be rolled on site or mounted on the back of a utility vehicle for portable solutions. | |
 | | CupriDyne™ technology or the Isan® system can be used for large scale applications. | |
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| Microscopic Treatments | | | |
 | | Microscopic particle treatment processes allow for precise dosing and blending of the reagents which can be added to materials. | |
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| Materials Treatment | | | |
 | | CupriDyne™ technology can be delivered through a blending of superabsorbent gel powders and can also deliver its two components of chemical reactants by the piezoelectric pulsing (ink jetting) method to roll stocks which are intended to be pulped, layered into the absorbent web or used as coverstocks in the converting process.
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| | | BioLargo uses machinery normally dedicated to color printing in industrial formats, as a method of delivering extremely accurate dosing of free iodine generating compounds, with, and without color to virtually any printable substrate. | |
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| | | The piezoelectric delivery of droplets represents a highly efficient and cost effective execution of BioLargo’s US patent 6328929. | |
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| | | Typical applications requiring this accuracy are wound dressings, absorbent pads and meat soakers which when exposed to water creates a directional flow into the absorbent material. The print heads and inks are provided by suppliers to BioLargo. | |
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| Large Scale Production of Absorbent Materials | | The installation of CupriDyne™ is accomplished at the manufacturing stage. The process of making materials for distribution is typically a two step process. | |
 | | Step 1. Production of Substrate Material | |
| | | The company outsources its contract manufacturing needs from multiple large-scale producers who make the absorbent material, called substrate. | |
 | | Inclusion of the CupriDyne™ technology within the absorbent fiber and super absorbent web is a highly efficient method of delivery. | |
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| | | Step 2. Converting | |
| | | Once the substrate material is produced, including the installation of the BioLargo Technology, the raw materials are made into a large rolled stock and can then be shaped, cut, and formed into market ready products. That second step is accomplished through what is referred to in the industry as a converting process. The company has a number of converters who supply these services on an order by order basis. | |
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| | | The converting process allows the company to make multiple products to meet the various needs of its customers. | |
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| | | Examples of Actual products produced and sold by the company are shown below: | |
 | | Protective Pad for use in medical facilities or as a bed pad. | |
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 | | Protective Pad for use as a package liner for shipping BioHazardous Materials | |
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