Hexagonal TEM Specimen Grids

A metal specimen-support grid provides physical openings for transmission electron microscopy. Its bars or surrounding frame support the specimen or a thin support film while leaving observation areas open.

Hexagonal TEM Specimen Grids

Configuration and materials

Metal grid material, support-film type and compatibility with the specimen preparation method are selected together. A glass substrate is not part of this specimen-grid structure.

  • Outer format and specimen-holder fit
  • Opening geometry, bar width and material
  • Support film and coordinate marks

Balance support and usable observation area

Wider bars provide more support but obscure more of the specimen. Larger openings expose more area but place greater demands on the specimen or supporting film. Mesh count alone does not define the clear opening: bar width also matters.

Choose by function

What it is and what it does

A metal specimen-support grid provides physical openings for transmission electron microscopy. Its bars or surrounding frame support the specimen or a thin support film while leaving observation areas open.

When to choose it

Choose the opening shape and support-bar arrangement around the specimen dimensions, support film and holder. Open area and mechanical support must be considered together.

How it differs from related products

A TEM support grid has physical openings. A chrome-on-glass reticle has a continuous optical substrate and serves a different observation or alignment role. Similar lattice geometry does not make the components interchangeable.

What can be customised

Mesh geometry, bar width, outer format, material and any support film determine the configuration. Coordinate marks add an address system without changing the fundamental specimen-support role.

What you receive

The component definition identifies the metal grid and any support-film coating separately. Specimen preparation and the microscope holder remain separate parts of the workflow.

Pattern and format options

Hexagonal TEM Specimen Grids — 8HG-180

8HG-180

Hexagonal TEM Specimen Grids — 8HG-270

8HG-270

Hexagonal TEM Specimen Grids — 8HG-360

8HG-360

Hexagonal TEM Specimen Grids — 1G-7HEX

1G-7HEX

Hexagonal TEM Specimen Grids — H6

H6

Hexagonal TEM Specimen Grids — H5

H5

Hexagonal TEM Specimen Grids — 8G-90

8G-90

Hexagonal TEM Specimen Grids — 8G-135

8G-135

Hexagonal TEM Specimen Grids — 8G-180

8G-180

Hexagonal TEM Specimen Grids — 8G-270

8G-270

Hexagonal TEM Specimen Grids — 8HG-90

8HG-90

Hexagonal TEM Specimen Grids — 8G-360

8G-360

Hexagonal TEM Specimen Grids — 8HG-135

8HG-135

Common questions

Does mesh count define the open-hole width?

No. The pitch and bar width together determine the physical clear opening.

Related pattern choices

Selection notes

Hexagonal TEM grids support specimens with a repeating six-sided metal opening geometry.

Choose opening dimensions, supporting bars, metal and any film for the specimen and microscope holder.

Information for your inquiry

Opening size, bar width, metal, support film and holder format.

Why choose hexagonal openings?

Choose the opening shape and support arrangement for specimen access and support requirements, with the corresponding holder-compatible format.

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