Advanced Surface Microscopy, Inc. www.asmicro.com

The Atomic Force Microscope (AFM) is being used to solve processing and materials problems in a wide range of technologies affecting the electronics, telecommunications, biomedical, chemical, automotive, aerospace, and energy industries. The materials under investigation include thin and thick film coatings, ceramics, composites, glasses, synthetic and biological membranes, metals, polymers, and semiconductors.

Atomic Force F&E GmbH www.atomicforce.de

Atomic Force F&E GmbH was founded 1998 with the objective to develop and distribute highly sophisticated surface investigation techniques and instruments. They continue to pursue the idea of bringing new developments in the field of measurement instrumentation to the laboratories in scientific research and industry, as quickly as possible but always with sound technical support.

Carbon Nanoprobes, Inc. www.cnprobes.com

Carbon Nanoprobes Inc.’s introduction of the first commercially viable nanotube-tipped probe will give scientists in academia and in industries from semiconductors to biotech a tool that meets the growing demand for a more accurate, less expensive instrument that unwaveringly delivers quality and consistency that make their regular use possible in a variety of applications.

Danish Micro Engineering www.dme-spm.dk

DME developed its first Scanning Probe Microscope in 1987. Today DME is recognized worldwide as a producer of high quality/high performance Scanning Probe Microscopes. DualScope™ and Rasterscope™ SPM products can be divided into three main groups: Atomic Force Microscopes (AFM), Scanning Nearfield Optical Microscopes (SNOM), and Scanning Tunnelling Microscopes ( STM).

Infinitesima, Ltd. www.infinitesima.com

Infinitesima is a dynamic company that is paving the way to a new era in microscopy. Born out of research advances at the University of Bristol, UK, in 2001, Infinitesima specialises in developing innovative accessories and advanced products based on scanning probe microscopy methods and techniques. These tools enable the visualisation and characterisation surfaces at a nanometre level.

Nanocrystal Imaging Corporation (NIC) www.nanocrystals.com

NIC's practice of nanotechnology is based upon phenomena which produce non-linear attributes and properties of single atoms when confined within nanocrystals of sizes between 2 - 5 nanometers. We have named an atom which is so confined and which exhibits non-linear properties as a Quantum Confined Atom(QCA)).

Nion Co. www.nion.com

Nion is dedicated to improving instrumentation needed for exploring nanoworlds quantitatively. Our initial efforts are focused on the STEM (scanning transmission electron microscope). Their aim is to improve its resolution and its elemental sensitivity to the point where atomic resolution imaging and single atom chemical analysis become routine analytical tasks.

Pacific Nanotechnology, Inc. (PNI) www.pacificnanotech.com

Pacific Nanotechnology provides products and services that facilitate advances in nanotechnology and nanoresearch. Their products are optimized for research, development, and process control applications when visualization, modification, and measurement of nanometer-sized surface structure is critical.

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