Nanonics SPM Probes

Nanonics probes

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Presentation

AFM Topography (left) & Transmission NSOM (right) of 30 nm gold balls (Scansize: 1x1 m)

AFM / NSOM Probes(transmission mode)

AFM / NSOM probe

Nanonics probes

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Polarized NSOM

Simultaneous polarized confocal/AFM/ Polarized NSOM of polyethylene thin film

AFM / NSOM Probes(reflection mode)

AFM / NSOM probe

5 m 5 m 5 m

Nanonics probes

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Collage AFM topography & Light Distribution of a

fiber lens

AFM / NSOM Probes (collection mode)

AFM / NSOM probe

Collage AFM topography & Light Distribution of a

diode laser

Nanonics probes

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AFM / NSOM Probes (reflection mode)Electrical Probes ( Resistance)

AFM (left) reflection NSOM (middle) & simultaneous spreading resistance image (right) of a chemically mechanically polished SRAM

AFM / Resistance probeAFM / NSOM probe

Nanonics probes

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AFM Topography of DNAImage size 900x900 nm,

z-range 2.5 nm

Glass AFM Probes

AFM / NSOM probe

AFM Topography of a Carbon nanotubeImage size 1600x9 1400 nm,

z-range 15 nm

Nanonics probes

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Deep Trench AFM Probes

Deep Trench AFM / NSOM probe

Schematic of deep trench AFM image

10 x 10 m AFM image of a 10 m deep/2 m wide trench

(Z-range 10 m)

1 x 1 m AFM image of the bottom of the deep trench

(Z-range 100 nm)

5 x 5 m X-Z scan of the sidewall of the deep trench

(Y-range 150 nm)

Schematic of side wall AFM image

X

Z

Nanonics probes

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Nanopipette Probes(chemical delivery)

Nanopipette probe

4x4 mm image o protein dots printed using a Nanopipette

34x34 mm image o protein lines printed using a

Nanopipette

Nanonics probes

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Defect before and after repair using laser ablation

Polished Nanopipette Probes(laser ablation)

Nanonics probes

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Glass Insulated Nanowire Probes

Single wire Nanoelectrode

Coaxial Nanoelectrode

Dual wire Nanoelectrode

Nanonics probes

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Thermal Probes(Thermocouple or Thermal Resistance)

AFM / Thermoresistive probe

AFM / Thermocouple probe

Thermal image of cleaved multimode fiber (IR light was

colupled into the fiber)

1 x 4 m AFM (top) and thermal (bottom) image of

500 nm spheres.

Nanonics probes

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Optical Access to the sample

Nanonics Probe Standard Silicon Probe

Nanonics probes allow free optical access to the sample where it is imaged with AFM.

Standard Silicon probes shadow the exact space on the sample where an AFM image is taken.

Nanonics probes

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Liquid cell operation

Schematic view of liquid environment use of Nanonics probes.

Nanonics probes are suitable for use in a liquid environment using:

•Contact mode imaging

• Tapping mode imaging

7x7 m images of GFP labeled yeast cells. (AFM/ NSOM/ fluorescence)

Nanonics probes

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Probe Characteristics

All probes are available either cantilevered or straight.

Dimensions of the cantilevered probes:

All probes are available as Contact Mode or Intermittent Contact Mode probes

All probes are available as Deep Trench probes.

Custom made probes are also available.

300 – 1000 m

30 – 500 m50 – 1500 m

•Material: glass / Quartz glass •Frequency range:50 – 390 kHz (20 – 350kHz for AFM probes)• Wavelength range for NSOM probes: 200 – 1500 nm• Aperture size for NSOM probes: 50 – 5000 nm• Aperture size for Nanopipettes: >20 nm• Metal cores for electrical probes: Pt, Au, Ag• Thermal resistors sensitivity: <10 milli-degree (up to 700°C)

Nanonics probes

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Presentation