Lumii XLED Grow Light 720w Full Spectrum

LUMii XLED 720 – Full-Spectrum LED Grow Light

The LUMii XLED 720 is a high-performance LED grow light engineered to deliver trusted lighting data, consistent canopy coverage, and reliable results for indoor and controlled-environment growing. Designed with commercial growers in mind, it combines high output, excellent efficiency, and precise control to support crops from vegetative growth through to flowering.

With an efficacy of 2.4 µmol/J and a total light output of 1,700 µmol/s, the XLED 720 provides the intensity growers rely on while helping to maintain energy efficiency. Strategically spaced LED chips ensure even light distribution across the canopy, minimising hotspots and promoting healthier, more uniform plant development.

Key Features

• Full-Spectrum Output
  Optimised spectrum suitable for all stages of plant growth, from vigorous vegetative development to dense flowering.

• ⚡ High Efficiency, High Output
  720 W fixture delivering 1,700 µmol/s at 2.4 µmol/J, ideal for demanding grow environments.

• Uniform Canopy Coverage
  Spaced LED layout reduces shadowing and hotspots, resulting in consistent plant size and improved crop uniformity.

• 0–100% Full Dimming Control
  Adjust light intensity precisely to match plant requirements throughout the growth cycle.

• Sunrise / Sunset Function
  Gradual ramp-up and ramp-down simulates a natural photoperiod, helping to reduce plant stress.

• ️ Lightweight & Reliable Design
  Built for long-term use with a durable, low-profile construction and a rated lifespan of over 50,000 hours.

Recommended Power Settings

• Vegetative Growth:
  40–60% power (280–430 W)
  Up to 18 hours per day

• Flowering Stage:
  90–100% power (650–720 W)
  12 hours per day

Why Choose the LUMii XLED 720?

The LUMii XLED 720 delivers performance you can trust, crop after crop. With proven output data, excellent light distribution, and flexible dimming control, it is an ideal solution for growers seeking consistency, efficiency, and professional-grade results, without unnecessary complexity.