AFM Probes » CP-qp-CONT-SiO

 Order
 Request a quote (RFQ)
Order Code / Price*
Quantity
CP-qp-CONT-SiO-A-5 Box of 5 AFM Probes
550.00 USD
sphere Ø = 2 µm
Volume Discount Available [?]
CP-qp-CONT-SiO-B-5 Box of 5 AFM Probes
550.00 USD
sphere Ø = 3.5 µm
CP-qp-CONT-SiO-C-5 Box of 5 AFM Probes
550.00 USD
sphere Ø = 6.62 µm
Product availability: made-to-order, ~3 weeks delivery

CP-qp-CONT-SiO

Colloidal probe, AFM cantilever with round tip like a ball

Coating: Reflex Chromium/Gold
Tip shape: Sphere
Cantilever:
F 30 kHz
C 0.1 N/m
L 125 µm
*nominal values

Applications

The new sQube® colloidal probe combines the well-known features of the proven qp-CONT probes series such as high application versatility and compatibility with most commercial SPMs with a reproducible sphere radius instead of a sharp tip. The excellent radius and the minimized variation of diameter provide reproducible signals.

qp-CONT AFM probes are designed for contact mode AFM imaging in air or for applications in liquid environments with a reduced thermal drift. The CONT type is also optimized for high sensitivity due to a low force constant.

Examples are adhesion phenomena, particle-surface-interactions, mechanical properties, suspensions, hydrodynamics and boundary slip - to name just some out of an increasing number of applications.

The probe offers unique features:

        - sphere material:  silicon dioxide (SiO2)

        - excellent sphere diameter:

          A = 2 µm, B = 3.5 µm or C = 6.62 µm (all +/- 5%) 

         Please choose A, B or C when ordering!

This product features alignment grooves on the back side of the holder chip.

A chromium/gold layer of about 60nm is partially coating the cantilever on the detector side near its free end where the tip is situated. The main advantages of this partial metallic coating are considerably less cantilever bending and reduced drift for SPM measurements in liquid environments.

AFM Tip:


  • AFM Cantilever:

  • Beam
  • 0.1 N/m (0.08 - 0.15 N/m)*
  • 30 kHz (26 - 34 kHz)*
  • 125 µm (120 - 130 µm)*
  • 35 µm (33 - 37 µm)*
  • 750 µm (720 - 780 µm)*
  • * typical range
    Loading
    nanosensors-logo nanoworld-logo budgetsensors-logo mikromasch-logo opus-logo nanotools-logo