Boston, MA 06/20/2014 (wallstreetpr) – Quantum Materials Corp (OTCMKTS:QTMM) announced shipping 20 grams of its Tetrapod Quantum Dots to an Asian company.
The company accomplished manufacturing the amount within the first week of installing and commissioning runs of its new automated production system. The precision offered by the automated system allows Quantum Materials to manufacture high performance quantum dots as well as other materials with defined quality control. This results in the production of a unified structure and tuned low emission FWHM.
Industry Applications
The custom delivery marks the company’s first of the many lined up tertapod quantum dots that the company aims to produce and ship to potential clients and partners. The quantum dots find applications such as solar energy and lightning, medical and display. Companies request the product for applications including those in optoelectronic, nanobiology and photovoltaic fields.
Quantum Materials Corp (OTCMKTS:QTMM) manufactures quantum dost with its patent- pending volume production procedure. Varying according to applications, quantum dots may require different specificity and characteristics. In optoelectronics, for instance, the uniformity is necessary to improve luminescence performance and color gamut. In photovoltaic applications, longer tertapod quantum dots demonstrate more photon conversion, ideal for solar cells and sensors. In nanobiology, the company’s quantum dots can be deployed in near- instantaneous, exact results in medical imaging, diagnostic assays and also as drug delivery equipment.
Exhibiting Potential
The company’s Research and Development Vice President, David Doderer, said that the first week’s output underlines the Quantum Materials Corp (OTCMKTS:QTMM)’s potential to successfully participate and contribute in the quantum dot market. Keeping in view the vast scope of highly functional quantum dots as well as nanomaterials requiring precise and custom performance levels and characteristics, he said, the company has still much to explore. Nevertheless, he believes, that the first step of proving its worth in mass production as well as to meet specific customer needs has been met.
