Develops and builds instruments and probes which offer chemical, mechanical, and thermal analysis at the sub-100nm scale. The Company's technology and products are being used to address metrology and analysis challenges in the polymers, pharmaceuticals, data-storage, and advanced-materials markets.
Anatech USA delivers high vacuum systems with graphic state-of-the-art, 'Touch-Panel' intuitive control packages. Every effort is made to tailor the system to meet your needs and budget requirements. Thin Film Deposition equipment for metals and dielectrics, using Planar Magnetron sources powered by DC and/or RF supplies. Electron Beam and Thermal Resistance source systems are also available. Gas Plasma vacuum systems with quartz or aluminum chambers. Systems are designed to clean at the molecular level, activate surfaces or etch surfaces.
Anchor Semiconductor, Inc. is a pioneer and technology leader in semiconductor DFM software products for controlling layout-to-silicon pattern transfer to bridge the gap between design and manufacturing.
Aneeve is a research and development company focused on commercializing high-performance electronics for the semiconductor, defense and energy industries using mature nanotechnologies, prioprietary processing and fabrication methods.
The company's mission is to help our customers create the most productive and cost-effective thin-film applications possible - by delivering advanced magnetrons, a full range of deposition materials, and a comprehensive program of technical support.
Scientists at Ångstron Materials (a spin-off from Nanotek Instruments, Inc.) have developed a new class of nanomaterials now commonly referred to as nano-scaled graphene plates or platelets (NGPs) and NGP nanocomposites.
ANP's mission is to develop cutting-edge technology platforms at the nano/bio interface and apply them in market sectors such as diagnostics/biodetection, protein/drug discovery, therapeutics, chem/bio defense, and homeland security.
The Multiphysics simulation tool addresses nanotechnology simulation requirements covering ion optics, and electrostatic calculations associated with field emission tips and carbon nanotube structures.
The company develops biomedical nanoparticle technology and products for research and treatment of human disease. They are developing NanoElectroPlex™, a proprietary tissue selective nanoparticle platform technology based on biodegradable macromolecular carriers.
ApoLife has developed platform yeast expression technologies for accelerated development of therapeutic antibodies (glycosylated and aglycosylated), antibody fragments, fusion proteins and next generation antibodies and subunit vaccines through its proprietary Twin Cassette yeast system.