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New Avantor® J.T.Baker® premium conductive and non-conductive robotic tips deliver superior quality and reliable performance for results you can trust.
Avantor Services provides a wide range of specialized services and digital solutions to help you solve complex challenges.
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Description:
For surfacing sectioning of biological and industrial specimens for AFM. Produces extremely smooth sample surfaces with the best possible structure preservation.
Description:
Sampling stand used to support cassettes at elevated levels. ABS-1 Deluxe Sampling Stand: very similar to the economy stand but made in the USA from aluminum. Better durability and stability than the economy one.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
Made from aluminum with copper clips and brass screws. The unit measures 55x30x8mm and holds a standard geological thin section. 2 clips to insure nothing moves. The holder has convenient tweezer inserts which allow for easy loading.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
TEM grid holder with stations for 2 TEM grids and 2 sample stubs. Long post - standard is 1/8IN (3.2m) diameter x 0.32IN (8.1mm) length. Comes with 2 sample stubs. Stainless Steel is very slightly magnetic.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
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
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
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
Description:
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
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
Provided with a 90 degree cone angle and a 15m radius round tip. Flat Tip and Sharp tip can be ordered. LaB6 offers ten times the brightness of tungsten, long life (up to 500 hours) and a stability of better than 3% per hour at 1550 degreeC.
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
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
Description:
Formvar/Carbon Film Single Hole Grid, Type: 800 um, Thickness: 5-6 nm/1 nm, Ultra-Thin A, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections
Description:
Carbon Support Film Thin Bar Square, Type: 1000 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy
Description:
Carbon Support Film Single Hole, Type: 200 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy
Description:
Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Ultra-Thin Option C, 5-6nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support
Description:
Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Extra Thick Option B, 25-50nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support
Description:
Formvar/Carbon Film Hexagonal Grid, Type: 100 Mesh, Thickness: 15-20nm Formvar and 3-4nm Carbon, Thick B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy
Description:
Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Ultra-Thin Option A, 5-6nm/1nm, Coating: Nickel, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support
Description:
Formvar/Carbon Film Single Hole Grid, Type: 800 um, Thickness: 15-20 nm/20-30 nm, Thick C, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections
Description:
Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 600 mesh, Thickness: Standard Option B: 10 nm/3-4 nm Carbon, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections
Description:
Carbon Support Film Single Hole, Type: 600 um, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy
Description:
Formvar/Carbon Film Hexagonal Grid, Type: 300mesh, Thickness: Standard Option B, 10nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support
Description:
Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Extra thick option B: 25-50 nm/3-4 nm, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections
Description:
Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Thick Option C, 15-20nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support
Description:
Formvar Support Film London Finder Grid, Type: LF135, Thickness: Standard, 15-20nm, Coating: Nickel, Thin film of formvar resin coats the shiny side of a London finder grid, Coated grids are optically checked and batch tested, Silicone free
Description:
Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Extra Thick Option B, 25-50nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support
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