
Our new Arrow™ probes are designed for easy tip positioning and high resolution imaging. They fit to all well-known commercial SPMs (Scanning Probe Microscopes). The AFM probe consists of a holding chip with a cantilever which has a tetrahedral tip at its triangular free end.
The probe is entirely made of monolithic, highly doped silicon.
You can find further information on the following page:
Complete NanoWorld AFM Probes Brochure is available for download here.
| Application | Type | Coating | Force Constant | Res. Frequency |
|---|---|---|---|---|
| Contact Mode | Arrow™ CONT | None | 0.2 N/m | 14 kHz |
| Arrow™ CONTR | Reflex | |||
| Arrow™ CONTPt | PtIr5 | |||
| Non contact / tapping mode | Arrow™ NC | None | 42 N/m | 285 kHz |
| Arrow™ NCR | Reflex | |||
| Arrow™ NCPt | PtIr5 | |||
| Non contact / tapping mode ultra high frequency |
Arrow™ UHF | Reflex | --- | 2 MHz |
| Force modulation mode | Arrow™ FM | None | 2.8 N/m | 75 kHz |
| Arrow™ FMR | Reflex | |||
| Arrow™ EFM | PtIr5 | |||
| Tipless cantilevers and cantilever arrays |
Arrow™ TL1 (1 cantilever) | None | 0.03 N/m | 6 kHz |
| Arrow™ TL1Au (1 cantilever) | Ti/Au | |||
| Arrow™ TL2 (2 cantilevers) | None | |||
| Arrow™ TL2Au (2 cantilevers) | Ti/Au | |||
| Arrow™ TL8 (8 cantilevers) | None | |||
| Arrow™ TL8Au (8 cantilevers) | Ti/Au |