• Understanding Microplasma
  • The Potential
  • States of Matter
  • What is Plasma?
  • Plasmas for Lighting
  • Limitations of Conventional Plasmas
  • The Microplasma Advantage
  • High Utilization Efficiency
  • Microplasma Lighting: How it Works
  • Microplasma Lighting: Features and Benefits
• Applications

Microplasma

Microplasma lamps are mercury-free flat panel microcavity discharge devices. The technology originates from traditional plasma lighting technology, but microplasma, by virtue of its unique structure, overcome the limitations of conventional macro-scale plasmas and offers an ultrathin, lightweight, flexible, robust and long-lasting alternative.

“By successfully confining plasmas in arrays of microcavities, researchers and engineers have realized light-emitting sheets that are thin and inexpensive, and hold considerable promise as the next generation of lighting technology.”

Gary Eden, Co-founder of Eden Park Illumination.

How Microplasma Lighting Works

Microplasma is a unique, proprietary, energy-efficient, ultra thin lighting technology. It can be flexible, formed and produces white or colored light. Microplasma lighting technology consists of micro scale devices which emit light using a plasma discharge, and involves creating microplasmas in large arrays. The technology resides at the intersection of optoelectronics, microfabrication and plasma science.

 Micro Plasma Intersection

Micro Plasma Cross-Section