A box of 20 In-situ probe tips for the Omniprobe AutoProbe™ 350/400 systems - they have a custom tungsten tip with a stainless steel shank for use with the AutoProbe™ 350/400, in-situ probe tip exchange systems and is Short-Cut™ compatible. Tip radius is 0.5 µm with 8-10° taper angle.
A box of 100 Omniprobe® 3 post copper lift-out TEM grids which have been specifically designed for in-situ lift-out. These copper grids include multiple indexed mounting locations with both vertical bars and “V” shaped attachment surfaces and have a 3mm diameter. The Omniprobe® grids fit standard TEM holders and provide a non-obscured view of the thin sections attached to the posts. For more information of which grid you should us please see: What Grid Should I Use for Lift-out? (Blog)
Omniprobe AutoProbe™ 200/100.7 standard width probe tips in an all tungsten design with tip radius of 0.5µm. Supplied in a box of 10.
Omniprobe® Simple beryllium half ring grids, 3mm diameter. The metal is unaffected by air or water, even at red heat. Thickness (nominal) : 25 μm.
A box of 100 5 post Omniprobe® copper lift-out TEM grids specifically designed for in-situ lift-out. These grids include multiple indexed mounting locations, all with vertical bar attachment surfaces. They now come with lower profile sides for easier access to outermost posts. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
Omniprobe® 3 post copper TEM lift-out grids which have been designed for in-situ lift-out. These grids have been designed for optimum access and include multiple indexed mounting locations with both vertical bars and “V” shaped attachment surfaces and have a shallower downset than other grids and a 3mm diameter. The Omniprobe® grids fit standard TEM holders and provide a non-obscured view of the thin sections attached to the posts. For more information of which grid you should us please see: What Grid Should I Use for Lift-out? (Blog)
Custom keyed probe tips for the Omniprobe AutoProbe™ 350/400 systems with a flat on the reduced collar diameter to accomodate the 50 elevation angle on the FEI Helios front port systems.
Low-Magnetic 11mm custom etch design. Custom made In-situ probe tips for OmniProbe® AutoProbe™ 300/400L systems for tip exchange. Tungsten tip with stainless steel shank, tip radius is 0.5µm with an 8-10° taper angle.
A box of 100 Omniprobe® 4 post copper TEM lift-out grids specifically designed for in-situ lift-out. These grids include multiple indexed mounting locations, two with vertical bar attachment surfaces and two with "V" shaped alighment surfaces. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
A box of 100 Omniprobe® 5 post copper lift-out TEM grids specifically designed for in-situ lift-out. These CU grids include multiple indexed mounting locations, all with vertical bar attachment surfaces. Now with lower profile sides for easier access to outermost posts. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
Custom made probe tips for the AutoProbe™ 250 & 200 systems. Compatible with short-cut system. All-tungsten design with a 0.508mm (0.020") shank diameter. The tip radius better than 0.5µm with a taper of 6° taper angle for greater precision.
A box of Omniprobe Xtreme Access Short-Cut probe tips with a 6 degree taper angle. Custom tip designed from tungsten. Tip radius is < 0.5 µm with 6° taper angle for maximum lifetime service.
Omniprobe® Storage box that stores 100 FIB lift out grids or can also store standard 3mm TEM grids flat. Comes complete with base, lid and clips. Overall size is 55 x 51 x 10.7mm (2.16" x 2" x 0.42")
Box of 10 custom made Omniprobe AutoProbe™ probe tips designed with a nickel tube shank and tungsten tip. Tip radius is 0.5µm with 13° taper angle for maximum lifetime service.
Box of 10 custom dual taper narrow width sharp tip made from tungsten. The tip radius is 0.5 µm with 8 to 10° taper angle for maximum lifetime service. For use with Omniprobe AutoProbe™ 100.7, 200 and 250 systems.
Omniprobe® 3 post copper lift-out TEM grids, 35 micron thick with 1 edge lower for easy access. These grids are similar to GRD-0001.08.01 with one lower side. They come packaged in glass vials. The Omniprobe® grids fit standard TEM holders and provide a non-obscured view of the thin sections attached to the posts. For more information of which grid you should us please see: What Grid Should I Use for Lift-out? (Blog)
OmniProbe® 400L Low-Magnetic Low profile BX20 probe tips for in situ. Low profile dual taper design includes these features: 6° taper angle with a tip .
Omniprobe® Dual TEM low profile grid holder for FIB and SEM/FIB systems, with stations for two TEM lift-out grids and one sample mount.
The Omniprobe® Low Profile Double TEM Grid Holder holds two lift-out grids and has a spring-loaded jaw for easy unloading.
Custom designed tungsten keyed probe tips for the Omniprobe AutoProbe™ 350/400 systems with a reduced collar diameter to accomodate the 50 elevation angle on the FEI Helios front port systems. Supplied in a 20 pack.
Custom made OmniProbe AutoProbe™ 350 400 Probe Tips for FEI SDB Front Port. In-situ width (Tungsten) needle with stainless steel shank. Supplied in a box of 20.
A Box of 25 Omniprobe® 3 post molybdenum lift-out grids specifically designed for in-situ lift-out. They include multiple indexed mounting locations, two with vertical bars attachment surfaces and two with “V” shaped alignment surfaces. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
A Box of 100 Omniprobe® 4 post copper TEM lift-out grids specifically designed for in-situ lift-out. These grids include multiple indexed mounting locations, and have lower profile sides for easier access to outermost posts. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
A box of 25 Omniprobe® 4-post lift-out grids for in-situ lift-out. These grids include multiple indexed mounting locations, two with vertical bars attachment surfaces and two with "V" shaped alignment surfaces. Made from Molybdenum. Need some guidance selecting? What Grid Should I Use for Lift-out? (Blog)
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