Nanoioscience Instruments, Inc. Announces Distribution of Nascatec’s Complete Line of Unique AFM Probes and Sensorsce

To better serve its customers, Nanoscience Instruments has added a unique line of SPM sensors and MEMS devices to a growing product offering. The new Nascatec line includes NSOM probes, micro/nano-grippers (tweezers), self-sensing cantilevers, AFM probes and MEMS devices.

Phoenix, AZ (PRWEB) September 17, 2008 — Nanoscience Instruments, the premiere US-based distributor of nanotechnology instrumentation, today announced the worldwide distribution of the Nascatec line of Atomic Force Microscopy (AFM) probes and sensors.

Nascatec GmbH is a dynamic R&D-focused company with a portfolio of unique MEMS and SPM sensors. They manufacture NSOM probes, micro/nano-grippers (tweezers), self-sensing cantilevers, AFM probes (https://store.nanoscience.com) and MEMS devices. Typical applications served include R&D, surface characterization, process control, micro & nano-manipulation and bioanalytics. Nascatec is well known as a quality manufacturer of tools that provide users with the ability to work at the nanoscale.

Nanoscience Instruments is pleased to add Nascatec’s unique line of AFM probes and actuators to a very strong offering of AFM products. “Increasing our variety of specialty and unique probes allows us to better serve our customers. Our goal is to provide the best solutions for current and future challenges in nanotechnology R&D”, said Mark Flowers, co-founder.

Nanoscience Instruments, Inc. provides hundreds of products and services for nanoscience and supports research and engineering at universities, government laboratories, and industrial R&D and manufacturing facilities around the world. Product offerings include atomic force microscopes (https://www.nanoscience.com/products/AFM.html), 3D optical profilometers, and accessories for these and other high resolution microscopy techniques. A broad line of consumable items includes AFM probes, chemicals for surface modification, STM supplies and teaching materials & samples. More information can be found at nanoscience.com (https://www.nanoscience.com) .

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