A box of 100 Omniprobe® 8-post copper lift-out TEM grids specifically designed for in-situ lift-out. These Cu grids include premium-quality, multiple indexed mounting locations, all with vertical narrow bar attachment surfaces. Need some guidance selecting? What Grid Should I Use for Lift-out?
8 post Omniprobe® copper lift-out grids specifically designed for in-situ lift-out. These TEM grids include multiple indexed mounting locations, all with vertical bar attachment surfaces and lower profile sides for easier access to outermost posts.
The Omniprobe® Lift-Out Grids are specifically designed to accept the TEM lamellas milled out by FIB or SEM/FIB systems. The posts are designed for easy access and provide the user with a secure area for attaching (welding) the lamella(s). The Omniprobe® grids fit standard TEM holders and provide a clear view of the thin sections attached to the posts.
Diameter : 3mm
Thickness (nominal) : 40 μm (25-30µm)
Post Downset (nominal) : 10 um
Unique Feature : 8th post is “H”
The pillar of the 8 Post Copper grid is 55 micron +/- 5um
| Posts |
Post Type |
Material | Nominal Thickness (um) | Nominal Post Downset (um) |
Unique Feature |
| 0 | N/A | Berylium(Be) | 25 | N/A | Half Ring |
| 0 | N/A | Silicon (Si) | 100 | N/A | Half Ring |
| 3 | 2 wide, 1 narrow | Copper (Cu) | 30 | 10 (Premium) | V-notch wide post |
| 3 | 2 wide, 1 narrow | Copper (Cu) | 30 | 5 (Standard) | Side Access, V-notch wide post |
| 3 | 2 wide, 1 narrow | Copper (Cu) | 30 | 5 (Standard) | V-notch wide post |
| 3 | 2 wide, 1 narrow | Molybdenum (Mo) | 30 | 10 (Premium) | Top downset only, V-notch wide post |
| 4 | 2 wide, 2 narrow | Copper (Cu) | 30 | 10 (Premium) | V-notch wide post |
| 4 | 2 wide, 2 narrow | Copper (Cu) | 30 | 5 (Standard) | V-notch wide post |
| 4 | 2 wide, 2 narrow | Copper (Cu) | 30 | 10 (Premium) | Top downset only, V-notch wide post |
| 5 | All narrow | Copper (Cu) | 40 | 10 (Premium) | 5th Post is "E" |
| 5 | All narrow | Copper (Cu) | 35 | 5 (Standard) | 5th Post is "E" |
| 8 | All narrow | Copper (Cu) | 40 | 10 (Premium) | 8th Post is 'H', reduced gap on ends |
| 8 | All narrow | Molybdenum (Mo) | 40 | 10 (Premium) | 8th Post is 'H', reduced gap on ends |
| 10 | All narrow | Copper (Cu) | 40 | 10 (Premium) | 10th Post is 'J', reduced gap on ends |
| 10 | All narrow | Molybdenum (Mo) | 40 | 10 (Premium) | 10th Post is 'J', reduced gap on ends |
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