planarTECH - The 2D Materials Solutions Provider

installation sites

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planarTECH's has over 80 installations globally, including some of the world's premier institutions for 2D material research, such as the National Graphene Institute at the University of Manchester, The Cambridge Graphene Centre at the University of Cambridge, Stanford University and The Centre for Advanced 2D Materials at the National University Singapore. Below are galleries of pictures from a selection of these systems. For published references on graphene and CNTgrowth using a planarGROW CVD system, please view our References page.
2-DTech Limited (Manchester, United Kingdom): This is a customized planarGROW-4S 4-inch CVD system for graphene that includes a 3-zone high-temp (1,450ºC) furnace and a turbopump.
University of Massachusetts Amherst (USA): This is a standard planarGROW-4S CVD system for graphene with the addition of an RF-ICP module.

Graphene Platform Corporation (Tokyo, Japan): This is a standard planarGROW-6E 6-inch CVD system for graphene that includes a 3-zone high-temp (1,450ºC) furnace and RF-ICP capability.
National University Singapore (Singapore): This is a customized planarGROW-2S 2-inch CVD system for graphene that includes a 1-zone high-temp (1,450ºC) furnace and a turbopump.
Leibniz Institute for New Materials (Saarbrücken, Germany): This is a standard planarGROW-2S CVD system for graphene.


Cyprus University of Technology (Limassol, Cyprus): This is a customized planarGROW-2S 2-inch CVD system for graphene & CNTs that includes a 3-zone high-temp (1,450ºC) furnace and dry pump.
University of Oxford (Oxford, UK): This is a manual-type planarGROW-2M 2-inch CVD system for MoS2 synthesis using solid sources (sulphur and MoO3 powders). 

Tokyo Institute of Technology (Tokyo, Japan): This is a standard planarGROW-4S 4-inch CVD system for graphene and was provided by planarTECH's Japanese partner, Graphene Platform.
University of Tennessee Knoxville (USA): This is a manually-controlled planarGROW-4M 4-inch CVD system for graphene growth with additional nitrogen doping capability.