TECHNO

PRODUCTS


	AFM probes ETALON series • Sharp tip (curvature radius less than 10 nm). • Resonance frequency, specified with high accuracy (±10%). • Special chip geometry for convenient operating. • High aspect ratio tip. • Enhanced back-side reflection of the cantilever. The ETALON Series probe have two polysilicon levers with a pedestal and monocrystal silicon tips. Precision technology of polysilicon deposition guarantees the lever thickness control. A special frequency stabilizer is designed to make the dispersion of the resonant frequency and force constant smaller (due to the lever length control). Thanks to the above mentioned facts, the ETALON probes are characterized by highly reproducible parameters: • Typical dispersion of the lever thickness: ±0.15 μm • Typical dispersion of the lever length: ±2 μm • Typical dispersion of the probe resonant frequency: ±10% • Typical dispersion of the force constant: ±20%.

	AFM probes GOLDEN series We supply with high resolution SPM probes for the main SPM modes. The probes are supplied with and without reflective coating, with conductive and magnetic coatings to cover the greater part of SPM application range. Extremely sharp tips allow to obtain high-quality images of your samples. Probes have standard chip size that makes them compartible with the devices of the most SPM manufactures.

	Cantilever sets We would like to announce new format of probe puchases. For your convenience we launch new sets which include different probe series for research of different samples by various AFM modes. UNISETs is the perfect choice for educational purposes or in case you are not sure of the probe type you need for your research and are interested to try different alternatives.

	Super Sharp (1nm) tips Super sharp diamond-like carbon (DLC) tips with typical curvature radius 1nm are extremely useful for obtaining high resolution on objects with sizes of several nanometers. DLC tips have very long lifetime due to the high material durability.

	"Whisker Type" probes --> high aspect ratio tips "Whisker Type" probes are specially designed for researching deep trenches and control of near vertical sidewalls. Any inclination angle to match the SPM holder specification and different Whisker tip length can be produced at customer's requirement.

	Diamond Coated Conductive Probes The ideal probe for making AFM Oxidation Nanolithography Stable and nondestructive, wear resistant probe with conductive diamond coating allows you to make as many images as you want.

	TOP VISUAL Probes For precise positioning of a tightly focused laser spot at the tip end - for investigations of optical effects between tip and sample (TERS, TEFS, s-SNOM etc).

	SThM probes

	SNOM cantilevers Scanning Near-Field Microscopy (SNOM) aperture cantilevers for contact and noncontact modes.

	SNOM fiber probes SNOM probes for Scanning Near Field Optical Microscopes.

	Calibration Gratings Set of calibration standards for SPM lateral and vertical calibration (including submicron calibration in X or Y direction), test grating for determination of the tip shape, SNOM test grating.

	HOPG, Substrates Highly Oriented Pyrolytic Graphite (HOPG). It's a type of pure, highly laminar graphite used as an atomic-scale calibration standard for atomic force microscopy and scanning tunneling microscopy. Such HOPG properties as atomic plane surface and good conductivity make it the best material for STM calibration and the excellent substrate for different samples. HOPG is a material that consists of many atomic layers of carbon highly oriented among each other. HOPG is manufactured at the temperature of 3273K and remains stable at the temperatures up to 2000°C in the inert environment. The parallelism of atomic layers is characterized by "mosaic spread angle". The less this angle the higher the quality of HOPG is.

	Test Samples Test samples for calibrations and ajustments of various AFM modes

	Colloidal probes Special colloidal probes for direct surface force measurement, measurement of adhesion forces, study of colloidal interactions between particle and surface and many other applications.