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- Prepmaster™ Specimen Preparation Robot
- TEM Grids
- TEM Window Grids
- Omniprobe Nanomanipulation Systems
- K-kit Wet "Liquid" TEM Kit
- Specimen Mounts
- SEM Specimen Holders
- Index and Finder SEM Grids
- SEM for Forensics
- SEM Sample Preparation Station Materials
- Cryogenic Personal Protection Equipment
- Cryo Dewars & Flasks
- Cryogenic Grids & Accessories
- Cryogenic Vials & Racks
- Cooling Chambers & Ice Baths
- Prepmaster™ Specimen Preparation Robot
- Laboratory Microwave Ovens
- LYNX II Automated Tissue Processor
- EMS Poly III
- Microtomes
- Tissue Slicers
- Rapid Immersion Freezer
- Heaters & Chillers
- SEM Cooling Stage
- Glow Discharge Systems
- Sputter Coaters & Carbon Coaters
- Stages
- Freeze Dryers
- Critical Point Dryers
- Cryo-SEM Preparation System
- Specimen Transfer Systems
- Decontaminators
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- Stirrers, Hot Plates
- Vortexers & Magnetic Mixers
- Rotators & Rockers
- Ovens & Incubators
- Vibration Isolation
- Air Sampling
- Vacuum Pumps
EMS Technical Tips
Reaction of Ni and Cu Grids
How do Nickel and Copper Grids React with Periodic Acid?
Periodic Acid + Ni Ni-Periodate + H2 Periodic Acid + Cu Cu-Periodate + H2 In this case you should use Gold Grids.