Gahoi, A. et al. Solid-State Electronics 2016 DOI: 10.1016/j.sse.2016.07.008 The contact resistance of various metals to chemical vapor deposited (CVD) monolayer graphene is investigated. The
Moorfield are planning their latest demo tour. This time we’ll be heading to the English West Country and South Wales. We’ll be bringing nanoETCH and
Moorfield are pleased to announce the latest model in their nanoCVD range, model nanoCVD-WPG. The nanoCVD-WPG is a wafer-scale, plasma-enhanced CVD system for graphene synthesis.
A team at Warwick University have developed an innovative new approach for transferring graphene from growth to application substrates. The new method results in less contamination and
The latest in the nanoPVD range, model T15A can be fitted with LTE sources for deposition of organic films for OPV, OLED and OFET research.
If you’re off to Graphene 2016 next week, come find us at booth 3 in the exhibition. Working nanoCVD-8G and nanoETCH tools on display!
Despite providing for a fully functional cleanroom space, to ISO 5 standard, our Clean Tent products pack down efficiently for easy transport and storage. So
Require oxidation of deposited films, in-situ between PVD-deposited layers? Moorfield have the answer! Our oxidation module fits to our MiniLab systems and allows for precise
Do you have an Edwards e306? Old systems, but Moorfield can support them! Check out our range of common components in addition to our servicing
Together with our Italian distributor 2M Strumenti, we will be exhibiting our unique benchtop graphene synthesis and etching products at Graphene 2016, in Genoa, 19-22 April. Come along and visit