The MCL-disc employs the chemiluminescence method, one of the most sensitive and established optical detection principles used in main laboratory immunoassay systems.
MSI’s proprietary 3D self-contained microfluidic Bio-Disc technology automates the assay process in a small, low-cost platform.

Combining green consciousness with sleek and sustainable ultra-modern design, the SolarfloraTM from Nectar is a fully functional solar generator that, in addition to providing green power at public spaces, pays elegant and stylized tribute to nature’s simple beauty. Suggestive of a giant flower, with lines that are simultaneously clean and slightly curvilinear rising to petal-like forms at its apex, the Solarflora is capable of holding one, two, three, or four solar panels and supplying up to 1.2 kilowatt-hours of electricity per day of depending on leaf configurations.

An artistic and enjoyable addition to parks, shopping malls, museums, fairgrounds, convention centers, bus stops, and wide variety of other locales, the Solarflora includes up to three modular leaves which feature a soft light for dramatic effect and are attached to a plant-like stalk. Each Solarflora is adjusted to the local geographic latitude so that it is angled towards the sun to capture the maximum available energy. The Solarflora has been tested to withstand hurricane force winds.

Designed by Darren Saravis, founder of Long Beach, California-based Nectar Design, the Solarflora is made from aircraft aluminum in the company’s Southern California facilities using locally produced materials. Design and utility patents granted and pending.

Best of all, Pure Rain™ does all this without any chemicals — just the way nature intended.

The CPV solar system comprised of seven proprietary patented MegaModules® utilizes dual-axis tracking and is the first photovoltaic system capable of successfully converting one-fourth of the sun’s energy into useable electricity.

The Amonix 7700′s concentrated photovoltaic cells use concentrator optics to reduce the amount of semiconductor energy required to produce electricity. In fact, the acrylic Fresnel lenses we utilize concentrate sunlight up to 500 times its usual intensity and direct it onto tiny, high-efficiency multijunction solar cells.

Thanks to our innovative and proven technology, Amonix solar systems outperform silicon solar cell-based technology while producing energy at a lower cost.

Amonix CPV Uses Land Better
Furthermore, the Amonix 7700 concentrated photovoltaic system uses land better than other solar technologies. One MW of rated capacity is installed in only five acres, compared to ten acres for competing solar power technologies. Consequently, the Amonix 7700 delivers twice the amount of energy per acre than any other solar technology.

The Amonix 7700 is also easier to permit and install, with no special grading or other site treatment, minimizing impact on the local natural environment. Unlike other systems at utility-scale, it requires no water for power production. Its low environmental impact puts the Amonix 7700 in a class by itself.

Flexible and Robust Modular CPV System
The Amonix 7700 leverages over 16 years of field operation experience and seven generations of system development. It is flexible in size and deployment, and its performance is predictable and reliable. The modular design allows the concentrated photovoltaic system to be upgradable right in the field.

By integrating lenses, mounting structure and multijunction cells into a single MegaModule unit, we eliminate more than 75% of the parts and associated costs compared with other CPV designs.

Predictable, Reliable Solar Power
Most important, the Amonix concentrated photovoltaic systems perform as predicted over time. According to third party engineers who have tested Amonix CPV systems, their life span could be as many as 50 years.