AFM Accessories
Showing 49–60 of 60 results
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- Size 10 ×10 mm
- Quality ZYB
- Working Side Single
- Top Working Layer Mosaic Spread 0.6-1.0 degree
- Thickness of working layer2 1.0 mm (0.8-1.8)
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- Size 10 ×10 mm
- Quality ZYA
- Working Side Double
- Top Working Layer Mosaic Spread 0.3-0.5 degree
- Thickness of working layer2 1.5mm
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- Size 7 × 7 mm
- Quality ZYA
- Working Side Single
- Top Working Layer Mosaic Spread 0.3-0.5 degree
- Thickness of working layer2 0.6mm (0.4-0.7)
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Description
Chemical Vapor Deposition (CVD) method is an excellent solution for providing high quality characteristics, including imperviousness, high purity, perfect grain structure, stability, and increased hardness compared to other coating methods.
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Description
Chemical Vapor Deposition (CVD) method is an excellent solution for providing high quality characteristics, including imperviousness, high purity, perfect grain structure, stability, and increased hardness compared to other coating methods.
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Description
Chemical Vapor Deposition (CVD) method is an excellent solution for providing high quality characteristics, including imperviousness, high purity, perfect grain structure, stability, and increased hardness compared to other coating methods.
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Description
Chemical Vapor Deposition (CVD) method is an excellent solution for providing high quality characteristics, including imperviousness, high purity, perfect grain structure, stability, and increased hardness compared to other coating methods.
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Description
Full set of calibration standards for AFM simultaneous calibration in X, Y, and Z directions; submicron SPM calibration in X or Y direction; lateral and vertical calibration. This set includes TGZ1, TGZ2, TGZ3, TGX1, TGG1, TGT1, and TGQ1.
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Description
Grating set for Z-axis SPM calibration with three different height ranges – 20nm, 110nm, 520nm with PTB traceable certificate. This set includes TGZ1, TGZ2, and TGZ3.
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Description
TGX calibration gratings are intended for lateral calibration of AFM scanners, detection of lateral nonlinearity, hysteresis, creep and cross-coupling effects, and determination of the tip aspect ratio.
