These are self-sensing cantilevers with a hard, sharp, long-life single crystal diamond tip (SCD). The cantilever is delivered on our cantilever PCB (CL-PCB) with a small 10 pin connector on its bottom side.
This cantilever type can come with or without an integrated heater. PRSA (Piezo-Resistive Sensing & Active) cantilever probes are equipped with an additional thermal actuator (heater structure) on the cantilever. PRS (Piezo-Resistive Sensing) cantilever probes provide the sensing Wheatstone bridge (without a thermal actuator).
Models & Specifications
PRSA 300×100µm SCD Probe Specifications
(Available in two specification ranges with a medium frequency of 50 kHz or 80 kHz depending on cantilever thickness.)
| Silicon tip radius (rtip) | < 15 nm |
| Cantilever length, width (l/w) | l = 300 µm, w = 110 µm |
| Sensitivity (s) | 1-2 µV/nm |
| Applications | AFM, nanoindentation, scratching, imaging of high aspect ratio sample features, force measurement in-situ SEM or TEM |
| Resonant frequency (fR) | 30…65 kHz |
| Stiffness (k) | 1…15 N/m |
PRSA 100×48µm SCD Probe Specifications
| Silicon tip radius (rtip) | < 15 nm |
| Cantilever length, width (l/w) | l = 110 µm, w = 48 µm |
| Sensitivity (s) | 2 µV/nm |
| Applications | AFM, nanoindentation, scratching, imaging of high aspect ratio sample features, force measurement in-situ SEM or TEM |
| Resonant frequency (fR) | 250…550 kHz |
| Stiffness (k) | 14…170 N/m |
PRS 450×100µm SCD Probe Specifications
| Silicon tip radius (rtip) | < 15 nm |
| Cantilever length, width (l/w) | l = 450 µm, w = 100 µm |
| Sensitivity (s) | 1…2 µV/nm |
| Applications | AFM, nanoindentation, scratching, imaging of high aspect ratio sample features, force measurement in-situ SEM or TEM |
| Resonant frequency (fR) | 14…48 kHz |
| Stiffness (k) | 0.5…24 N/m |
Related products
Quantum Design
qutools develops, manufactures and distributes quantum information products, which include: entangled photon sources, quantum random number generators, quantum cryptography systems and quantum optics components.
Quantum Design
neomicra’s smile2 e-beam lithography solution can be attached to any electron microscope or focused ion beam (FIB) microscope.
Quantum Design
The NanoFrazor is a unique tool for rapid prototyping of 3D nano-structures and nano-devices. The patterning principle of the NanoFrazor technology is based on Thermal Scanning Probe Lithography (t-SPL) which originates from IBM Rueschlikon.
Quantum Design
The Quantum Design PPMS represents a unique concept in laboratory equipment: an open architecture, variable temperature-field system, designed to perform a variety of automated measurements.
Quantum Design
The high-performance, compact IR Image Furnace from Quantum Design offers unsurpassed performance in a convenient, stand-alone design. Rivaling much larger and more costly IR furnaces, it uses the Floating Zone (FZ) method to promote single crystal growth from a polycrystalline rod.
Quantum Design
These are self-sensing cantilevers without a tip (tipless, TL). This cantilever type is especially suitable for torque magnetometry, force sensing, gas property measurements, and many more applications. The free place where normally the AFM tip is located can be used to accept your own tip, glue a sample, or other uses. Normally, the cantilever is […]
Quantum Design
The MPMS 3 incorporates major advances in data acquisition, temperature control and magnetic field control with ≤10-8 emu sensitivity. The award- winning design of Quantum Design’s MPMS 3 also provides expanded software functionality within its user-friendly MultiVu interface.
Quantum Design
Quantum Design's patented high-symmetry SQUID design and electronics provide the most rugged and sensitive all-thin-film sensors commercially available, and give you everything you need to configure flexible, powerful detection systems for your research.