Conductive Noncontact/Semicontact probes
Any noncontact probes provides by NT-MDT (NSG01, NSG10, NSG03, NSG30, FMG01 series) are available with one of the following conductive coating - TiN, PtIr and Au.
Please, choose the coating you are interested in and see the cantilever specificaitons which are available with this coating.
Probes for noncontact/semicontact modes NSG01 series with PtIr conductive and reflective coatings coating (resonant frequency 87-230kHz, force constant 1,45-15,1N/m) compartible with SOLVER NANO and NANOEDUCATOR II microscopes (NT-MDT Co.)
Noncontact SPM probes NSG11 series with Pt conductive coating, each chip has 2 rectangular cantilevers, resonant frequency 190-325kHz, 115-190kHz; force constant 5,5-22,5N/m, 2,5-10N/m.
Noncontact/semicontact probes NSG03 series with Pt conductive and reflective coatings, resonant frequency 47-150kHz, force constant 0,35-6,1N/m.
Noncontact probes NSG30 series with PtIr conductive and reflective coating, resonant frequency 240-440kHz, force constant 22-100N/m.
Noncontact SPM probes NSG01 series with TiN conductive coating, resonant frequency 87-230kHz, force constant 1,45-15,1N/m.
for noncontact/semicontact modes NSG03 series with TiN conductive coating, resonant frequency 47-150kHz, force constant 0,35-6,1N/m.
noncontact probes NSG30 series with TiN conductive coating, resonant frequency 240-440kHz, force constant 22-100N/m.
Noncontact SPM probes NSG01 series with Au conductive coating, resonant frequency 87-230kHz, force constant 1,45-15,1N/m.
Noncontact SPM probes NSG10 series with Au conductive coating, resonant frequency 140-390kHz, force constant 3,1-37,6N/m.
for noncontact/semicontact modes NSG03 series with Au conductive coating, resonant frequency 47-150kHz, force constant 0,35-6,1N/m.
noncontact probes NSG30 series with Au conductive coating, resonant frequency 240-440kHz, force constant 22-100N/m.
Subcategories
Noncontact probes with PtIr conductive coating
Noncontact probes with TiN conductive coating
Noncontact cantilevers NSG01, NSG10, NSG03, NSG30, FMG01 series with TiN conductive coating. Thickness of the coating is 20-30nm. Typical tip curvature radius is 35nm.