Powered by myCreation
Versatile, dynamic and modular
Bring together functional performance, decorative appeal, and true modularity in one cohesive system with ICY Flex Cylinder 2”, powered by myCreation technology.
Choose from pendant, surface or wall mount cylinders, a variety of visually rich colors, and a range of modular decorative elements designed to work together while standing out.
Create dynamic new decorative styles with ICY Flex Cylinder 2”
Explore thousands of combinations with a range of modular decorative elements, visually rich colors, and various optical distributions. Pair our 6” and 10” housing heights with a decorative element or display our cylinder-only configuration. Customize the housing, trim and adapter ring with 8 color options. And choose from 4 beam angles, 4 CCT options, and multiple lumen options, all with 90 CRI standard.
See below for key specifications unique to each mounting type.
ICY Flex Pendant 2”
Hang in curated clusters or create a focal point with uniquely customized pendants tailored to your space.
Key Features:
- 5 decorative elements: Cone, Bell, Globe, Tube Short &Tube Tall
- 2 light levels: 1000lm & 1500lm
- Cable or Stem mount options
ICY Flex Surface 2”
Designed to make a statement or integrate seamlessly for spaces where a surface mount shines.
Key Features:
- 5 decorative elements: Cone, Bell, Globe, Tube Short, & Tube Tall
- 2 light levels: 1000lm & 1500lm
ICY Flex Wall 2”
Configure your design and optics with additional light levels and distribution options available only for wall.
Key Features:
- 2 decorative elements: Tube Short & Tube Tall
- 3 light levels: 1000lm, 1500lm, 2000lm (DI 10” Tall Only)
- Direct Only & Direct-Indirect distributions available
Powered by myCreation technology
ICY Flex Cylinder 2” is powered by myCreation technology, Genlyte’s advanced additive manufacturing technology that enables rapid production of high-quality, customizable luminaires. It streamlines design-to-delivery with on-demand colors, textures, and configurations—while reducing components and using 3D-printed parts made from at least 75% recycled or mass-balanced, bio-circular materials.
