Micralyne, a pioneer in Lab-on-a-Chip microfluidics, has significant know-how in developing and manufacturing microfluidic chip devices. The company's experience is used to develop Lab-on-a-Chip offerings within the life sciences industry. Capabilities include a proprietary method to deposit engineered nanostructured thin films (GLAD) for next generation nano and micro devices.
Nano Powder Canada was established in September 2010 with a mission to become a leading distributor and manufacturer of high quality Nano Metal Powders and Ceramic Fibres as well as supplying advanced Pulsed Wire Evaporation (PWE) manufacturing and Compaction Plants for the production of nanomaterials.
NanoStruck Technologies Inc. has a suite of technologies that remove molecular sized particles using patented absorptive organic polymers. These versatile biomaterials are derived from crustacean shells or plant fibers, depending on requirements of their usage. Acting as molecular sponges, the nanometer-sized polymers are custom programmed toabsorb specific particles for remediation or retrieval purposes.
The company designs and sells security devices. In its N.O.t.E.S (Nano-Optic Technology for Enhanced Security) application, commercially viable nanotechnology has been designed into specialized optics yielding unique signatures that cannot be reproduced by a counterfeit.
Photon etc. is at the forefront of optical technology, developing hyperspectral imaging and Bragg grating spectroscopic instruments that work from ultraviolet to infrared. Founded in 2002 by Sébastien Blais-Ouellette, then a Researcher at the California Institute of Technology, Photon etc. is both a research and development company and a specialized manufacturer of photonic measurement and analysis instruments.
Precision Molecular offers a unique and proprietary line of ALD precursors for the deposition of copper and gold thin films. The resultant films have been shown to have excellent performance under ALD deposition processes, producing thin uniform continuous films and seed layers over large areas and in high aspect ratio features. Kilogram scale manufacturing of the materials allow for full-scale industry adoption.