Sideward Lighting for Fruits and Vegetables

Views : 382
Update time : 2023-01-05 14:19:10
Sideward lighting refers to the act of lighting the sides of the plants instead on the tops. It is quite a common practice in indoor cultivation, especially for tomato, cucumber and strawberry. HortiBest's Flying Fish series is a unique sideward lighting solution for indoor cultivations. With adjustable beam angle design, the Flying Fish series can help leaves and fruits optically transform the light into growing more yield.



Flying Fish-A12 90W | Flying Fish-A24 180W

  • Boost production by sideward lighting
  • Flexible lighting angle for different plants
  • Energy efficiency for year-round production
  • Designed for tomato, cucumber and strawberry
  • Power and dimming daisy-chain available
  • DLC model for energy rebate
Related News
Read More >>
5 Critical Errors New Growers Must Avoid with LED Grow Lights 5 Critical Errors New Growers Must Avoid with LED Grow Lights
Apr .22.2024
As seasoned experts in horticulture and lighting technology, we've identified five crucial mistakes that, when rectified, can transform your cultivation endeavors. Join us as we dissect these errors and provide actionable solutions for optimizing your indoor gardening experience.
Enhance Your Crop Yield with Moray-H Yield Booster Bar Enhance Your Crop Yield with Moray-H Yield Booster Bar
Apr .15.2024
Are you tired of dealing with outdated LED plant grow lights that fail to provide the required light efficiency after prolonged use? Many farmers face the dilemma of either bearing the high cost of replacing all old lighting fixtures or compromising on the quality of plant growth. To address this common issue among customers, Hortibest has developed the Moray-H LED grow light, designed specifically to boost crop yield effectively.
The Optimal Distance for LED Grow Lights: Maximizing Plant Growth Efficiency The Optimal Distance for LED Grow Lights: Maximizing Plant Growth Efficiency
Apr .01.2024
In this comprehensive guide, we delve into the diverse lighting requirements of various plants based on their growth phases. Furthermore, we explore how to determine the appropriate distance of LED lighting from the plant canopy to foster optimal growth.