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 Test Samples 

 Cantilevers 

 Pricelist 


Specifications
Sample Object type Object characteristics Appliances
Tobacco mosaic virus
linear, tubular
Ø18×(200÷600) nm
tip characterization
DNA
linear, curved
Ø0.7×(50÷1000) nm
fine tip characterization
Polystyrene-polybutadiene
spherical protrusions
Ø50 nm, Young modulus
cantilever rigidity calibration

Cantilevers are manufactured by State Research Institute for Problems in Physics (IPP). Our prices and discounts are set by manufacturer.

Selection guides
Type Shape Specs Your choice
Noncontact double-beam short beam, high resonace, high rigidity fpN11S
long beam, low resonance, low rigidity
single-beam short beam, high resonace, high rigidity fpN10S
long beam, low resonance, low rigidity fpN01S
single-triangle short triangle, low resonance, high rigidity fpN20S
Contact double-beam short beam, high resonace, high rigidity fpC11S
long beam, low resonance, low rigidity
single-beam short beam, high resonace, high rigidity fpC10S
long beam, low resonance, low rigidity fpC01S

Specifications

Identification

f p N 1 1 S  
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-
-
Long probe type
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-
-
-
Short probe type
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-
-
-
-
Cantilever type
Cantilever type  
N Noncontact
C Contact
Short probe type  
0 No probe
1 Beam
2 Triangle
Long probe type  
0 No probe
1 Beam

Noncontact types

Available options

fpN11S
fpN10S
fpN20S
fpN01S

Probe Beam Length, µm Beam Width, µm Beam thickness, µm Res. Freq, kHz Force Constant, N/m
min typ max min typ max min typ max
Short beam
100
35
1.7
2.0
2.3
193
254
325
5.6
11.5
22.3
Long beam
130
118
152
190
2.6
5.3
9.8
Short triangle
90
60
28
48
91
260
420
630

Contact types

Available options

fpC11S
fpC10S
fpC01S

Probe Beam Length, µm Beam Width, µm Beam thickness, µm Res. Freq, kHz Force Constant, N/m
min typ max min typ max min typ max
Short beam
250
35
0.7
1.0
1.3
14
20
27
0.03
0.1
0.2
Long beam
350
7
10
14
0.01
0.03
0.08

Pricelist
*All our prices are in USA dollars Basket