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Exhibitors
Bose Corporation’s ElectroForce Systems Group manufactures ElectroForce® test instruments using proprietary linear motor technology. Bose offers instruments for the characterization of soft tissues, bones, biomaterials, and a variety of medical devices. The ElectroForce BioDynamic® test instrument provides characterization and stimulation of tissue constructs in a biological environment. www.bose-electroforce.com
CETR is a 16-year old world-leading manufacturer of nano, micro and macro precision mechanical testers for bio-materials, coatings and thin films. The universal testers provide comprehensive measurements of all mechanical and tribological properties, such as adhesion and delamination, scratch-resistance, nano- and micro- hardness, Young’s modulus, friction and stiction, reciprocating and rotary wear, fretting and corrosion, abrasion, multi-axis fatigue, elasticity and plasticity, tension and compression, torsion, etc., including in controlled temperatures, humidity, liquids and gases. The testers are widely used in the biomedical and other industries, as well as for academic materials research on nano and micro levels.
CSM Instruments has been leader in the development of instruments for advanced materials testing for over thirty years. Our products include Hardness Testers, Scratch Testers, and Tribometers of varying load ranges. 3D-imaging options are available with the ConScan or AFM objective. Additionally, we have a thorough sample testing service laboratory.
The Elsevier name has represented a dedication to excellence in the exchange of information for over 100 years. Today Elsevier remains committed to that mission and has grown into an information provider of global proportions with offices around the world. Elsevier has become the undisputed market leader in the publication and dissemination of literature covering the broad spectrum of scientific endeavors. Working with the world's most respected scientists and researchers, Elsevier has set a high standard for quality. Its publications are written and edited by international scholars with excellent technical and scientific credentials, and wide research and teaching experience in their fields. Just as the tools used in scientific research are changing, so too are the tools used in scientific communication. Elsevier has taken a leadership role in advancing the technologies necessary to create a seamless electronic information delivery environment. This is today's Elsevier: innovative, experienced and uniquely positioned to lead scientific publishing into the 21st century. Elsevier publishes the Journal of the Mechanical Behavior of Biomedical Materials sponsoring journal of the Third International Conference on Mechanics of Biomaterials & Tissue. Launched in 2008, this journal has now been accepted for indexing by MEDLINE and ISI. For Further Information:
Hysitron provides complete mechanical characterization of materials from the nano- to micro-scale. Quantitative measurements of mechanical and tribological properties, including modulus, hardness, thin film thickness, tan delta, friction, and wear, enable failure predictions at the bio-interface for materials ranging from bone and teeth to orthopaedic implants and stents. Hysitron’s comprehensive nanomechanical testing suite of in-situ techniques (including SPM imaging, heating/cooling, nanoDMA®, Modulus Mapping™, and nanoECR®) and modular instrument platforms keep researchers at the forefront of technology. In addition to stand-alone systems, the new quantitative, depth-sensing PI 95 and PI 85 PicoIndenter® allow direct-observation nanomechanical testing in a TEM or SEM. For Further Information:
The NanoTestTM from Micro Materials Ltd Micro Materials Ltd (MML) were established in 1988 and since then have pioneered nanomechanical test instrumentation. The current MML NanoTest system offers a range of methods of materials characterisation, including nanoindentation, nano-impact and nano-scratch and wear measurements. It is in use in leading university and industrial laboratories the world over. In recent years, MML have pioneered nanomechanical testing in real-world conditions. This innovative approach has led to the development of unrivalled testing modules, among them the high temperature testing module, which allows testing of a sample heated up to temperatures of 750°C. MML also offer a unique liquid cell, which allows the testing of samples fully immersed in fluid. The patented MML nano-impact and fatigue system affords unrivalled information on fracture and fatigue behaviour. For more information, please contact Denise Hoban, International Business Development Manager, denise@micromaterials.co.uk, Tel +44 (0)1978 261615 or visit the MML website: www.micromaterials.co.uk
World Precision Instruments, Inc. (WPI) is a global provider of laboratory solutions for the Life Sciences. Our display for the International Conference on Mechanics of Biomaterials and Tissues show features the new BioTester5000 for analysis of Biaxial Mechanical properties of biomaterials first developed for stress-strain studies of human sclera. With over 5,000 products, WPI has a wide range of Physiology research equipment, is a major supplier of surgical instruments and the leader in real-time Nitric Oxide. Visit www.wpiinc.com to place an order or request a quote. Same day shipping on most products. Toll free: 866.606.1974.
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