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Quantifoil R 5/20, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Gold, 200 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Copper 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Copper 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel, 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel, 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Gold, 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Gold, 300 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Copper, 400 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Copper ,400 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel, 400Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel, 400Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Gold, 400 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention.

Quantifoil R3.5/1, Gold 400 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1/4, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil Multi A, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 3.5/1, Copper 200Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 3.5/1, Copper 200 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel 200 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R3.5/1, Nickel, 200 Mesh. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1.2/1.3 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R1.2/1.3 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R1.2/1.3 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R1.2/1.3 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R1.2/1.3 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R1.2/1.3 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1.2/1.3 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1.2/1.3 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1.2/1.3 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 1.2/1.3 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil S 7/2 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

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