Silicon AFM Probes All-in-One / All-In-One-AL
Available with tip and without tip (tipless). The long cantilevers A for contact mode and B for force modulation are located at one end of the chip, while the short cantilevers C for soft tapping and D for tapping mode are located at the opposite end. The short cantilever end is marked by a trapezoidal pattern visible with bare eyes.
|
||
 |
 |
 |
| The AFM tip is micromachined, monolithic Silicon probe, exhibiting excellent uniformity and a sharp tip radius. The consistent tip radius of less than 10 nm gives good resolution and reproducibility. This probe uses an "on scan angle" symmetric tip to provide a more symmetric representation of features over 200 nm. | The All-in-One probes offer four cantilevers with different geometry for all topography measurement modes: contact mode, force modulation, soft tapping and tapping mode. The resonance frequencies and force constants are similar to the ones of the well-established models Contact, Multi75, Tap150 and Tap300. The long cantilevers A for contact mode and B for force modulation are located at one end of the chip while the short cantilevers C for soft tapping and D for tapping mode are located at the opposite end. The short cantilever end is marked by a trapezoidal pattern visible with bare eyes. | The AFM Holder Chip fits most commercial AFMs as it is industry standard size. It is compatible with DI/Veeco AFMs, TM Microscopes, JEOL, Molecular Imaging, and other commercial atomic force microscopes (AFMs). |
The All-In-One Series probes offer four cantilevers with different geometry for all topography measurement modes: contact mode, force modulation, soft tapping and tapping mode. The resonance frequencies and force constants are similar to the ones of the well-established models Contact, Multi75, Tap150 and Tap300 or ContAL, Multi75AL, Tap150AL and Tap300AL for the model with Aluminum Reflex coating.
| Technical Data: All-In-One | ||||||||
| Cantilever A | Cantilever B | Cantilever C | Cantilever D | |||||
| Application | Contact Mode | Force modulation, Pulsed Force Mode |
Soft Tapping Mode, Intermittent Contact-Mode | Tapping Mode, Intermittent Contact-Mode | ||||
| Values | Range | Values | Range | Values | Range | Values | Range | |
| Resonant Frequency | 15 kHz | +/-5 kHz | 80 kHz | +/-30 kHz | 150 kHz | +/-80 kHz | 350 kHz | +/-150 kHz |
| Force Constant | 0.2 N/m | 0.04 - 0.7 N/m | 2.7 N/m | 0.4 - 10 N/m | 7.4 N/m | 1 - 29 N/m | 40 N/m | 7 - 160 N/m |
| Resonant Frequency and Force Constant Similar to | Contact | Multi75 | Tap150-G | Tap300 | ||||
| Cantilever Length | 500µm | +/-10µm | 210µm | +/-10µm | 150µm | +/-10µm | 100µm | +/-10µm |
| Mean Width | 30µm | +/-5µm | 30µm | +/-5µm | 30µm | +/-5µm | 50µm | +/-5µm |
| Thickness | 2.7µm | +/-1µm | 2.7µm | +/-1µm | 2.7µm | +/-1µm | 2.7µm | +/-1µm |
| Tip Height | 17µm | +/-2µm | 17µm | +/-2µm | 17µm | +/-2µm | 17µm | +/-2µm |
| Tip Set Back | 15µm | +/-5µm | 15µm | +/-5µm | 15µm | +/-5µm | 15µm | +/-5µm |
| Tip Radius | < 10nm | |||||||
| Coating | None or Aluminum Reflex | |||||||
| Half Cone Angle | 20° - 25° along cantilever axis, 25° - 30° from side, 10° at the apex | |||||||