Ultra Sharp NanoProbe

NN-USNP
Ultra Sharp NanoProbe (USNP)

Starting from

$900.00

Specs: Grown coaxially at the tip of a sharp Tungsten wire (100 μm in diameter)(250 μm in diameter)(500 μm in diameter). NanoProbe Length= 1 μm,NanoProbe Length= 5 μm,NanoProbe Length= 10 μm,.

Let us be your first Probes' source

Register Now

Let us serve you better

Register to save more

Fill out the form below and we will send you promotional offers.

NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
Substrate Specifications
Technical DataTypicalOption
Substrate MaterialTungsten WirePer request, other substrate (e.g. Pt/Ir) can be provided
Substrate Dimension20 mm (L) × 500 µm (D)Per request, different wire length (e.g. 5 to 25 mm) can be provided
Number of NanoProbes10 NanoProbes

NaugaNeedles’ Ultra Sharp NanoProbe (USNP)

Advantages compare with standard tungsten probes:

  • The most durable NanoProbe in the market
  • Corrosion protection
  • The best probe for multi-probing with Zero taper angle
  • Highly conductive
  • Excellent mechanical properties with high elasticity
  • Cylindrical shape single metallic crystal with atomically uniform diameter

A comparison between mechanical properties of the USNP and standard tungsten probes:

Due to the crystallinity of their tip, the USNPs have excellent mechanical properties. SEM images shown below demonstrate the USNP’s excellent mechanical properties. Figure 1a shows the SEM images of a USNP as it is pushed against a silicon surface. Despite standard tungsten probes that are plastically deformed (Figure 1b), the USSPs can be elastically deformed up to 50% of their length and return to the original shape without any plastic deformation.

 

NaugaNeedles’ ultra sharp NanoProbe (USNP)Standard tungsten probes in the market
Figure 1. Comparison between mechanical properties of (a) an USSP and (b) a standard tungsten probes.
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)10.5-3
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)3015 – 45
Lateral deflection tolerance  (nm)500300-1000
Current tolerance (mA)51 – 10
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)53-7
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)6550 – 80
Lateral deflection tolerance  (nm)15001000 – 2500
Current tolerance (mA)31 – 5
NanoProbe specification
Technical DataTypicalRange
NanoProbe materialAg2GaNA
NanoProbe Length (µm)108-12
Tip radius of curvature (nm)5020 -100
NanoProbe electrical resistivity (Ωm)1.05×10-71 – 1.1 ×10-7
Electrical resistance (Ω)10080 – 120
Lateral deflection tolerance  (nm)30002000 – 4000
Current tolerance (mA)10.5 – 2
Substrate Specifications
Technical DataTypicalOption
Substrate MaterialTungsten WirePer request, other substrate (e.g. Pt/Ir) can be provided
Substrate Dimension20 mm (L) × 500 µm (D)Per request, different wire length (e.g. 5 to 25 mm) can be provided
Number of NanoProbes10 NanoProbes

NaugaNeedles’ Ultra Sharp NanoProbe (USNP)

Advantages compare with standard tungsten probes:

  • The most durable NanoProbe in the market
  • Corrosion protection
  • The best probe for multi-probing with Zero taper angle
  • Highly conductive
  • Excellent mechanical properties with high elasticity
  • Cylindrical shape single metallic crystal with atomically uniform diameter

A comparison between mechanical properties of the USNP and standard tungsten probes:

Due to the crystallinity of their tip, the USNPs have excellent mechanical properties. SEM images shown below demonstrate the USNP’s excellent mechanical properties. Figure 1a shows the SEM images of a USNP as it is pushed against a silicon surface. Despite standard tungsten probes that are plastically deformed (Figure 1b), the USSPs can be elastically deformed up to 50% of their length and return to the original shape without any plastic deformation.

 

NaugaNeedles’ ultra sharp NanoProbe (USNP)Standard tungsten probes in the market
Figure 1. Comparison between mechanical properties of (a) an USSP and (b) a standard tungsten probes.

Ultra Sharp NanoProbe Downloadable Catalog

Click on the button to download full Specs and information.

Request a Sample

Please be informed that this request is non-binding and the shipment of these samples is not guaranteed. We evaluate each sample request on a case-by-case basis.

Related Probs