|

Roll & Hill Expands Lighting Manufacturing in Michigan

RollandHill 125x86

 

RollandHill 400x275March 17, 2022

Custom lighting and furniture manufacturer Roll & Hill – which was founded in Brooklyn, N.Y. in 2010 – will be bringing new jobs to Michigan by establishing a new production facility for its lighting designs. In 2020, Roll & Hill acquired the then 75-year-old furniture manufacturer Alexis Manufacturing Co. in Wyoming, Michigan and began manufacturing its first line of furniture later that year.

This new lighting facility will be in addition to the former Alexis factory and is expected to generate up to 50 manufacturing and corporate services jobs, according to a report by the Fox 17 news station in West Michigan. Fox 17 noted that Roll & Hill will receive a $300,000 grant from the Michigan Economic Development Corp.’s Michigan Strategic Fund to help fund the expansion.

The Roll & Hill website provides details on the available positions.

Related Articles


Latest Articles

  • DarkSky Approved: Wildlife-Friendly Lighting Standards and Recommendations

    DarkSky Approved: Wildlife-Friendly Lighting Standards and Recommendations

    By: DMF Lighting Artificial light at night (ALAN) refers to the use of electric light sources in outdoor spaces. ALAN’s use has proliferated in the last half a century and grown exponentially as cities and infrastructure continue to grow, and particularly as the cost and energy usage of lighting fixtures has come down. ALAN is… Read More…

  • Hellas Installs Revolutionary Lighting System at Texas Class 3A High School

    Hellas Installs Revolutionary Lighting System at Texas Class 3A High School

    Hellas, a Tencate Company, is proud to announce the installation of its cutting-edge CLIR2® Series and CLIR® RGB high-performance LED lighting system at Ponder High School. This game-changing system promises to elevate the fan experience to unprecedented heights. Designed for maximum energy efficiency, it utilizes full-spectrum color flooding and programmable stadium effects, all easily controlled at the… Read More…