Nanolab Technologies, Inc.

A Manufacturer's Representation Company Representing... Bruker nano EDS,EBSD, uXRF (market leaders in SDD technology) XEI Scientific Simplest way to improve SEM/FIB imaging Nanophoton Revolutionary Raman spectroscopy (Faster, Better) Varioscale Enabling backside edits (where FIB fails) KE Developments (SEM detectors and customs) In the Pacific Nortthwest US and Western Canada Offering Sales, Service, Training, and Applications Support to the Nanotechnology community

CPS Instruments Inc.

About Us CPS Instruments was formed in 1994 when Steve Fitzpatrick and Ron Ellis recognized a continuing need for very high resolution particle size characterization. Working as a consultant in the PVC industry, Steve knew that product improvement could only be realized by precisely characterizing and controlling particle size distribution. He called upon long-time colleague Ron, with whom he had developed a prototype disc centrifuge in the 1970's, to help develop a state-of-the-art disc centrifuge for a consulting client. Word of mouth increased the demand for the instrument, and CPS Instruments was born. Today CPS Disc Centrifuges are used all over the world when high resolution particle size distribution characterization is needed.

BienaTech

Functional innovation in Polymers, Composites, Coatings, Thin Films, and Membranes

3D Nanocomposites, Inc.

3D Nanocomposites, Inc. is a world leading company in 3D composites and nanocomposites, founded by a group of experienced PhD professionals. 3DNI aims to offer stronger low-cost 3D composite products at a price that is competitive in comparison to the current 2D laminate composites in the market. 3DNI’s international patent-pending technologies of using Velcro (hook, loop) fasteners on both sides of fiber sheets are able to make next generation low cost 3D composites with a stronger interlaminate strength, through-thickness thermal conductivity, impact resistance, compression strength, fatigue strength, bolt hole strength, bonding/connection strength. 3DNI has developed a special electrical-magnetic field instruments, which can align carbon nanotube clusters in a desired direction on a substance. AFMT has the ability to align nanotube through thickness on fabrics. Our low cost methods of making nanocomposite may open the door for the nanotube to the large-scale industry application.

Biomass Energy