Ideal instruments for characterizing the surface mechanical properties of thin films and coatings, e.g. adhesion, fracture and deformation. They can be used for all kinds of industrial coatings from the plasma processed layers used in semiconductor and optical technology to the decorative and protective coatings used for consumer goods and automobile parts. (read more)

New low-volume disposable cuvette extends protein analysis capabilities of the Zetasizer® Nano

A new low volume disposable polystyrene cuvette for the Malvern® Zetasizer Nano S and ZS particle characterization systems enables the size measurement of as little as 40 microlitres of sample. (read more)

The most robust and comprehensive indentation system available: Presented with a need to provide a fast and reliable method to acquire mechanical data on uncut silicon wafers, Nano Instruments' engineers developed an aggressive solution - NANO Indenter XPW. (read more)

MTS Nano Instruments introduces the new Nano Indenter G200, the most advanced platform for exploring material properties at the nano and micro scales. Its state of the art motion system speeds sample throughput without sacrificing accuracy. It also conforms to ISO 14577 – 1, 2 & 3; delivering confidence in test accuracy and repeatability. (read more)

The Nano Indenter G200 is the market's most powerful, flexible tool for exploring nanomechanics. ts state of the art motion system speeds sample throughput without sacrificing accuracy. It also conforms to ISO 14577 – 1, 2 & 3; delivering confidence in test accuracy and repeatability. (read more)

Nano Rotation Stages NRS-series are mainly employed for modern electronic production and laser application. Combined with other stages of MICOS high-dynamic precise positioning systems can be configured resulting in an efficient production. (read more)

Until recently, acquiring mechanical data in the nanometer range has posed a technical challenge. But, nanoindentation systems from MTS now make it possible to characterize mechanical properties (such as modulus of elasticity, loss modulus, and fracture behavior) in the nanometer range using both quasi-static and dynamic methods. (read more)

Ultra small design, two channel easy operation, time of day, and 2-1/2 x 2-inch size. Traceable® Certificate is provided from our ISO 17025 cal lab accredited by A2LA. It indicates traceability to standards provided by NIST. (read more)

Omnetics announces "Off-The-Shelf Nano-Miniature Connectors" built to meet MI-DTL-32139 specifications. The new Bi-Lobe^® Nanos are available for next day shipment to customers ordering from a long list of standard sizes and designs. (read more)

The New Standard Mil. Quality .025" Connector: Omnetics' Bi-Lobe connectors are built to MIL-DTL-32139 design specifications. Key to their high reliability is the Mil. Spec. performance of the "Omnetics Spring Pin" and socket system @ 25 mil. pitch. (read more)