Samsung LM301H EVO Chip
The Samsung LM301H EVO stands out as the optimal horticultural lighting diode and the most efficient chip available on the market, boasting an impressive efficacy of 3.14 μmol/j per individual diode. The LM301H EVO emits a unique plant-centric spectrum that supports both physical and nutrient growth. As a result of its superior per-diode efficacy, the FC 4800-EVO is a highly efficient and effective solution for stimulating photosynthesis, producing bioactive compounds, enhancing plant quality, and saving energy.
Professional Samsung LED Grow Light
The Mars Hydro FC 4800 is an innovative LED grow light that leverages the latest Samsung LM301H EVO diodes to achieve exceptional results. With a consumption of 480W and a remarkable photosynthetic photon efficacy (PPE) of 2.85 μmol/j across the entire unit, the FC 4800-EVO represents an ideal lighting solution for indoor plants, offering a reliable and consistent source of energy that is well-suited for both personal growers and commercial cultivation facilities (especially vertical farming).
High PPFD and Even Light Distribution
The smart FC 4800-EVO provides an impressive PPFD of up to 1434 μmol/m²/s, making it an excellent choice for commercial cultivation and enhancing flowering to produce higher quality crops and greater yields. The LED chips on each light bar are arranged in a scientifically optimized pattern, resulting in even light distribution that promotes uniform plant growth while avoiding hotspots in the center.
Full Spectrum Light Rich in Red and Blue
This unique spectrum blend of the FC 4800-EVO contains a precise combination of blue and red light, along with sufficient green light to promote optimal plant growth. The Blue light stimulates vegetative growth and supports the accumulation of essential phytochemicals, while the abundant Red light accelerates the maturation process and improves the overall quality of buds and flowers produced by the plants. Adequate green light is also incorporated to ensure necessary plant growth and enhance light penetration.
Reviews
There are no reviews yet.