Tipless AFM Cantilevers and AFM Cantilever Arrays

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  Arrow™ TL1

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilevers, single cantilever beams on single crystal silicon holder chip
  based on Arrow™ technology

• 

  Arrow™ TL1Au

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilever, single AFM cantilever beam on single crystal silicon holder chip
  sample facing side: gold coating
  based on Arrow™ technology

• 

  Arrow™ TL2

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilevers, two AFM cantilever beams on single crystal silicon holder chip
  based on Arrow™ technology

• 

  Arrow™ TL2Au

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilever, two AFM cantilever beams on single crystal silicon holder chip
  sample facing side: gold coating
  based on Arrow™ technology

• 

  Arrow™ TL8

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilever array, eight AFM cantilever beams on a single crystal silicon holder chip
  based on Arrow™ technology

• 

  Arrow™ TL8Au

  [C = 0.03 N/m; fo = 6.0 kHz]

  Tipless AFM cantilever array, eight AFM cantilever beams on a single crystal silicon holder chip
  sample facing side: gold coating
  based on Arrow™ technology

• 

  PNP-TR-TL G

  [C₁ = 0.32 N/m; fo₁ = 67 kHz]

  [C₂ = 0.08 N/m; fo₂ = 17 kHz]

  Pyrex-Nitride tipless AFM cantilevers for various special applications in materials sciences, life science, biology and pharmaceutics, two long and two short triangular AFM cantilevers
  back side: gold coating

• 

  PNP-TR-TL-Au G

  [C₁ = 0.32 N/m; fo₁ = 67 kHz]

  [C₂ = 0.08 N/m; fo₂ = 17 kHz]

  Pyrex-Nitride tipless AFM cantilevers for various special applications in materials sciences, life science, biology and pharmaceutics, two long and two short triangular AFM cantilevers
  gold coating on both sides of the AFM cantilevers

Back side coating for higher laser reflectance: RReflex (aluminum) GGold PPtlr5