in 

DiATOME® Diamond Knives Overview
Cryo-EM Supplies
Cleaning Tools & Procedures for DiATOME® Diamond Knives

Now available from Ted Pella, Inc.

DiATOME® AFM Diamond Knives

Available for sale in U.S.A. only


ultra AFM cryo AFM

ultra and cryo AFM

The ultra AFM and cryo AFM diamond knives are held to the highest standards to ensure the increased quality requirements of AFM investigation. The 35° blade produces extremely smooth sample surfaces and guarantees the best possible structure preservation.


Knife Specifications ultra AFM cryo AFM
Knife Angle 35 35
Holder Type Boat Triangular
Section Thickness Range (mm) 15–100 20–100
Blade Width (mm) 2, 3 2, 3

Handling & Use of DiATOME® Diamond Knives (470KB PDF)


product selector icon DiATOME® Diamond Knife Selector
Knife Type & Angle Width Select
Price: $3150.00 Qty:


DiATOME® Ordering Information

Prod # Description Unit Price Order / Quote
For Sale in U.S.A. Only
R = Resharpen
123-DK3-CA20 DiATOME® cryo AFM Diamond Knife, Angle 35°, Knife 2.0mm each $3100.00
Qty:
123-DK3-CA20R DiATOME® cryo AFM Diamond Knife, Angle 35°, Knife 2.0mm, Resharpen each 1825.00
Qty:
123-DK3-UA20 DiATOME® ultra AFM Diamond Knife, Angle 35°, Knife 2.0mm each 3150.00
Qty:
123-DK3-UA20R DiATOME® ultra AFM Diamond Knife, Angle 35°, Knife 2.0mm, Resharpen each 1825.00
Qty:
123-DK3-CA30 DiATOME® cryo AFM Diamond Knife, Angle 35°, Knife 3.0mm each 4200.00
Qty:
123-DK3-CA30R DiATOME® cryo AFM Diamond Knife, Angle 35°, Knife 3.0mm, Resharpen each 2595.00
Qty:
123-DK3-UA30 DiATOME® ultra AFM Diamond Knife, Angle 35°, Knife 3.0mm each 4200.00
Qty:
123-DK3-UA30R DiATOME® ultra AFM Diamond Knife, Angle 35°, Knife 3.0mm, Resharpen each 2595.00
Qty:

*References:

Vallotton, P-H., et al. "Comparison of medical-grade ultrahigh molecular weight polyethylene microstructure by atomic force microscopy and transmission electron microscopy." Journal of Biomaterials Science, Polymer Edition 6.7 (1995): 609-620.

Matsko, Nadezda, and Martin Mueller. "AFM of biological material embedded in epoxy resin." Journal of structural biology 146.3 (2004): 334-343.