
Already available in Alchimia's website the Zeus Pro 300w by Lumatek, a marijuana grow led for small spaces, ideal for 120 x 60 cm cabinets. Led for professional growing of only 300w [...]
- 589.00€
LED marijuana grow panels are the most efficient, sustainable, and practical option for indoor self-cultivation. Thanks to their low consumption, full spectrum, and low heat output, they allow you to maximize yield at every stage of the crop, from germination to flowering. Ideal for both beginners and experts, LEDs have revolutionized the way we grow at home.
Read more...Already available in Alchimia's website the Zeus Pro 300w by Lumatek, a marijuana grow led for small spaces, ideal for 120 x 60 cm cabinets. Led for professional growing of only 300w [...]
Lazerlite Fission Compact 720W LED
Alchimia presents the Fission Compact 720W LED by Lazerlite, a luminaire designed for indoor marijuana cultivation, offering an excellent balance [...]
LED (Light Emitting Diode) grow lights have become one of the most popular options for indoor cannabis cultivation, thanks to their efficiency and versatility. These fixtures use advanced technology to emit light across multiple spectrums, which is essential for the different stages of a cannabis plant's life cycle, such as vegetative growth and flowering. Unlike traditional grow lights, LEDs allow for more precise control over light intensity and quality, resulting in better yields and greater control over the growing environment.
Compared to other luminaires such as HPS (high-pressure sodium), CMH (ceramic halide), and HM (metal halide), LED panels offer several significant advantages that have made them the preferred choice for most growers, both for home and professional growers. These are some of their advantages compared to traditional discharge systems:
LED panels stand out for several technical features that make them ideal for cannabis cultivation. These include:
One of the greatest benefits of LED lights is their ability to adjust the light spectrum. The light spectrum refers to the different colors of light that plants can absorb for photosynthesis. LEDs offer the ability to provide the appropriate spectrum for each phase of the cannabis growth cycle:
As we've seen, growing cannabis with LED panels has gained popularity in recent years due to the numerous advantages they offer over other types of traditional lighting. First, LED lamps are highly energy-efficient, allowing for significant savings on electricity bills. Furthermore, they generate much less heat than HPS or CMH lights, which reduces the risk of burning plants and allows for better temperature control in the growing space. This is especially useful in indoor marijuana grows where accumulated heat can impair plant growth.
Another major advantage of LED panels is that their light spectrum can be adjusted to provide the exact wavelengths plants need at each stage of their life cycle, from vegetative growth to flowering. This control over the light spectrum improves plant development and yield, producing denser, more resinous buds. Additionally, because they are more compact, LEDs allow for more efficient use of space, making them ideal for growing in grow tents or small areas.
However, when growing with LEDs, it's important to keep in mind that cannabis plants often require additional calcium and magnesium. LED lights, especially high-intensity ones, can cause plants to consume more of these essential nutrients. To avoid calcium and magnesium deficiencies, it's advisable to use specific supplements in the irrigation solution or fertilizers used, especially during the growth and flowering phases. Likewise, the ambient temperature should be monitored during the colder months of the year, and some form of heating should be added if necessary.
Finally, to optimize the use of LED panels and ensure plants receive the right amount of light, it's essential to have a PAR (Photosynthetically Active Radiation) light meter. This device measures the intensity of light reaching the leaves, which is crucial for determining how far away the lamp should be from the plants at each stage of their growth. Proper distance maximizes light absorption without causing stress or burning, promoting healthier and more uniform crop development.
As you can see, LED lights have revolutionized indoor cannabis cultivation, offering growers an efficient, versatile, and environmentally friendly alternative to traditional lighting.
LED panels consume less energy, generate less heat, and offer a more efficient light spectrum for all stages of cultivation.
For small spaces, compact panels are sufficient, while for large crops, it is recommended to use multiple modules or high-power models.
Yes, many current models offer full spectrums that work for both growth and flowering, without the need to change equipment.