Maximize Growth, Minimize Energy
FlexStar LEDs represent a cutting-edge leap in horticultural lighting. Renowned for precision and power,
these lights are meticulously designed for optimal plant growth at every stage. With tailored spectrums,
high efficacy, and reliable durability, FlexStar LEDs provide efficient and consistent solutions for both
professional and novice cultivators.
Passive Cooling System
Full Spectrum Output
FlexStar LED Grow Lights feature a precisely tailored full-spectrum illumination, optimizing plant growth
from germination to flowering. With a balanced blend of blue and red wavelengths, FlexStar ensures plants
receive the ideal light for robust development, increased yields, and overall quality. Adaptability and
versatility make FlexStar a top choice for diverse indoor cultivation setups.
What makes the FlexStar 720W LED Grow Light unique?
The FlexStar 720W LED Grow Light stands out for its powerful 720W output, tailored spectrum, high
efficacy, and advanced features designed to optimize plant growth in indoor cultivation.
How does the tailored spectrum benefit different growth stages?
The carefully tuned spectrum of the FlexStar 720W ensures optimal light coverage for germination,
vegetative growth, and flowering, contributing to robust plant development throughout the entire life
What kind of Diodes the FlexStar 720W uses?
FlexStar 720W uses Samsung & OSRAM Diodes.
What is the input voltage of FlexStar 720W?
The input voltage is between 120 Volts to 277 Volts.
Is the FlexStar 720W suitable for professional growers?
Absolutely. The FlexStar 720W is designed for versatility and reliability, making it an excellent choice
for professional growers seeking precision, power, and consistency in their indoor cultivation setups.
What is the Coverage area of FlexStar 720W W LED Grow Light?
The coverage area for FlexStar 720W W LED Grow Light is 4x4 and 4x6
How does the high efficacy of the FlexStar 720W impact energy efficiency?
The high efficacy of the FlexStar 720W ensures efficient energy utilization, reducing operational costs
for growers while maintaining optimal light intensity for plant development.