TEM Products
Bare TEM Grids – Aperture Type
TEM grids with a central circular aperture designed for maximum open viewing area and support of thin films.
Description
🔹 Description
Aperture TEM grids consist of a single central circular opening without mesh structure, providing a large unobstructed viewing area.
The absence of grid bars minimizes interference with the electron beam, making them ideal for supporting continuous films such as carbon or formvar.
🔹 Specifications
| Product: | Transmission electron microscopy (TEM) grids / copper (Cu) grids |
| Model: | Bare grids with a central circular aperture and without supporting film |
| Grid diameter: | 3.05 mm |
| Aperture diameter: |
• 0.05 mm |
| Material: | Cu / Ni / Au / Mo / SS |
🔹 Key Features
- Single large aperture for maximum viewing area
- No mesh structure → zero grid shadow interference
- Ideal for supporting continuous films
- High rigidity design for large openings
- Standard TEM grid compatibility
🔹 Applications
- Support for carbon / formvar films
- Large-area TEM imaging
- Thin film and membrane studies
- Cryo-EM and sensitive samples requiring minimal obstruction
🔹 Mesh vs Aperture Grids
| Type | Features |
|---|---|
| Mesh Grid | Structured support with grid bars |
| Aperture Grid | Single open area, no obstruction |
Related Products
TEM Grids with Continuous Film (Pure Carbon)
TEM Grids with Film
TEM Products
With continuous pure carbon film, the associated formvar film is removed for speical applications like sample preparation in organic solvents or at high temperature
TEM Grids with Ultrathin Film
TEM Grids with Film
TEM Products
Overlay of ultrathin (~3 nm) film on holey supporting film, to hold nanoparticles but have minimum background inteference
Bare TEM Grids – Hexagonal Mesh
Bare TEM Grids
TEM Products
Hexagonal mesh TEM grids designed to maximize open viewing area and minimize beam obstruction for advanced TEM applications.
TEM Grids with Continuous Formvar/Carbon Film
TEM Grids with Film
TEM Products
TEM grids with continuous Formvar film stabilized by a thin carbon layer, providing excellent mechanical support and conductivity for routine and biological applications.
