Healthcare and regenerative medicine have been on a crash-course ever since stem cells emerged in 1999 and brought the promise of re-growing, restoring, and/or replacing injured or degenerated tissues. More than two decades have passed, and stem cells have remained...
Beyond the Limits: Industrial-Scale CVD Graphene
General Graphene Corporation is a pure-play CVD graphene foundry focused on industrial-scale CVD graphene production. Incorporated in 2014, General Graphene is currently utilizing GG 3.0, the third iteration of its proprietary atmospheric pressure roll-to-roll CVD...
Enabling Meaningful CVD Graphene R&D
Traditional chemical vapor deposition (CVD) graphene production – seen primarily in the form of quartz tube furnaces - has been inadequate to support meaningful CVD graphene R&D – and has thereby been a roadblock in CVD graphene’s progress toward...
Breakthrough in Roll-to-Roll CVD Graphene Polymer Composites
Panoramic shot of GG 3.0, the third iteration of General Graphene's proprietary industrial-scale CVD graphene production system. Graphene’s Relationship with Polymers Graphene has been frequently discussed in relation to polymers ever since it was discovered in 2004....
CVD Graphene Potential in Sensors
Schematic of graphene field-effect transistor (GFET) after functionalization with receptors (top) and when interacting with analytes (bottom). What Makes CVD Graphene Suitable for Sensors? CVD graphene is an atomically thin layer of carbon atoms arranged in a...
