The KolibriSensorô is based on a symmetrical length extension resonator. Having an extremely small tip weighing on the order of 1 μg, it does not significantly disturb the symmetry of the quartz oscillator. The high resonance frequency of 1 MHz and the good signal-to-noise ratio allows for faster data acquisition in scanning microscopy and force spectroscopy. Oscillation amplitudes may be set below 20 pm. High stiffness prevents snap-in and the low noise floor continues to give a good frequency shift signal. The tip of the KolibriSensorô has a separate contact, guaranteeing clean separation of the signals from the tunneling tip and from the quartz force sensor.
Whether the interest is in force spectroscopy or any kind of tunneling spectroscopy, the KolibriSensorô, with its well-defined electrical characteristics and the ability to measure the force gradient directly, is the ideal sensor for quantitative research with SPM.
|Also ideal for the fast acquisition of force distance curves, the KolibriSensorô is the scientist's choice when it comes to 2D and 3D force volume data.|