Cryo-EM Support Grids by Application
Find the right grid for your workflow. Every ANTcryo™ product is engineered for a specific cryo-EM application — from high-resolution single particle analysis to cellular tomography.
Single Particle Analysis
ANTcryo™ — Amorphous NiTi Alloy Support Film
ANTcryo™ is purpose-built for single particle cryo-EM. Its amorphous nickel-titanium alloy film delivers superior conductivity, ultra-low protein adsorption, and consistently higher particle density in holes — resulting in resolution gains of >0.2 Å over conventional carbon films. A reliable foundation for high-resolution structural biology.
- Resolution improvement >0.2 Å vs carbon
- 4 orders of magnitude higher conductivity
- Over 10x lower protein adsorption
- Glow discharge compatible, user-friendly workflow
Cryo-Electron Tomography
ANTcryo™ For Cell — All-in-One Grid for Cryo-ET
ANTcryo™ For Cell is a purpose-built grid for cryo-electron tomography. Built on a stainless steel substrate with a hole-array NiTi support film, it combines biocompatibility with structural stability. Designed to meet the full workflow demands of cell culture, sample preparation, and EM imaging — all on a single grid.
- Stainless steel base — no warping, no curling
- Biocompatible surface supports cell growth
- TiO₂ passivation layer for chemical stability
- Available in copper and gold mesh variants
Materials Analysis
ANTanalysis™ — TEM-EDS Support Film
ANTanalysis™ is a high-performance support film designed for materials electron microscopy and energy-dispersive spectroscopy (EDS). It enables nanoscale observation of microstructure and chemical composition across alloys, semiconductors, and nanomaterials — delivering critical data for materials research.
- Optimized for TEM-EDS workflows
- Minimal background signal for clean spectra
- Suitable for alloy, semiconductor, and nanomaterial analysis
- Stable under high-dose and extended acquisition
Not sure which grid fits your sample?
Our team can help match the right support film to your protein, complex, or cellular sample.
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