Conductive AFM Probes
Showing all 8 results
HA_C/Au
High Accuracy Contact AFM probes HA_C series with Au tip and reflective coating, each chip has 2 cantilevers, resonant frequency 37 kHz / 19 kHz, force constant 0,65 N/m / 0,26 N/m
HA_C/Pt
High Accuracy Contact AFM probes HA_C series with Pt tip and reflective coating, each chip has 2 cantilevers, resonant frequency 37 kHz / 19 kHz, force constant 0,65 N/m / 0,26 N/m
HA_FM/Au
High Accuracy Force Modulation AFM probes HA_FM series with Au conductive coating, each chip has 2 cantilevers, resonant frequency 114 kHz / 77 kHz, force constant 6 N/m / 3.5 N/m
HA_FM/W2C+
High Accuracy High Resonance frequency noncontact AFM probes HA_FM series with stable and wear-resistant long lifetime W2C conductive coating, each chip has 2 cantilevers,resonant frequency 114 kHz / 77 kHz, force constant 6 N/m / 3.5 N/m. W2C+ conductive coating is modified to provide better stability in high humidity conditions
HA_HR/Au
High Accuracy NonContact AFM probes HA_NC series with Au conductive coating, each chip has 2 cantilevers, resonant frequency 235 kHz / 140 kHz, force constant 12 N/m / 3.5 N/m
HA_HR/Pt
High Accuracy High Resonance frequency noncontact AFM probes HA_HR series with Pt conductive coating, each chip has 2 cantilevers, resonant frequency 380 kHz / 230 kHz, force constant 34 N/m / 17 N/m
HA_HR/W2C+
High Accuracy High Resonance frequency noncontact AFM probes HA_HR series with stable and wear-resistant long lifetime W2C conductive coating, each chip has 2 cantilevers, resonant frequency 380 kHz / 230 kHz, force constant 34 N/m / 17 N/m. W2C+ conductive coating is modified to provide better stability in high humidity conditions
HA_NC/W2C+
High Accuracy High Resonance frequency noncontact AFM probes HA_NC series with stable and wear-resistant long lifetime W2C conductive coating, each chip has 2 cantilevers, resonant frequency 235 kHz / 140 kHz, force constant 12 N/m / 3.5 N/m. W2C+ conductive coating is modified to provide better stability in high humidity conditions