Discover the new generation Spider PRO 720W V2.0 horticultural LED lighting. Thanks to its interchangeable LED bars , its integrated LCD touch screen and its 4 separately controllable light spectra , this revolutionary lighting allows you precise and complete management of your crop, without any external controller!
Optimize your results from growth to flowering , with an adjustable spectrum adapted to each phase of development.
✅ Also available in 320W / 510W and 720W
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The mappings show central values between 836 and 1029 µmol/m²/s at 60 cm , and 1165 to 1487 µmol/m²/s at 30 cm .
For comparison, agronomic requirements are typically around 400–600 µmol/m²/s in vegetative growth and 700–900 µmol/m²/s in flowering , with an exploitation limit without CO₂ close to 1,000–1,200 µmol/m²/s .
The Spider PRO 720W therefore delivers up to 2.1 times the optimal flowering intensity , which allows the power to be reduced by 35 to 40% via the 4 channels while maintaining a fully usable photosynthetic level.
The PPFDmin / PPFDmoyen ratio reaches 0.836 at 30 cm and 0.895 at 60 cm , i.e. 83.6 to 89.5% actual uniformity over the cultivation area.
In practice, this means that the difference in light exposure between the center and the edges remains less than 15% , compared to 40 to 50% variation on many HPS or LED systems with a central hot spot.
This homogeneity simultaneously avoids photoinhibition (>1,300 µmol/m²/s) at the center and under-exposure (at the periphery, ensuring consistent CO₂ assimilation for all plants.
The DLI is calculated according to: PPFD × hours × 3.6 / 1,000,000 .
At 60 cm in flowering (12 h) with an average PPFD of 1200 µmol/m²/s , the DLI reaches ≈ 51.8 mol/m²/day , while the optimal flowering range is around 30–35 mol/m²/day .
This represents an excess capacity of +48 to +73% , allowing a power reduction of approximately 250W while remaining in the physiologically optimal zone.
Growing at 30 cm over 18 h with 900 µmol/m²/s , the DLI reaches ≈ 58 mol/m²/day for an actual need of 15–25 mol/m²/day , allowing either a sharp decrease in intensity, or a reduction in cycle time that can exceed 30% .
The Spider PRO 720W displays a measured efficiency of 2.9 µmol/J , i.e. a total flux of 2,088 µmol/s for 720 W consumed.
At equal power, a standard LED at 2.3 µmol/J delivers approximately 1,656 µmol/s , or 21% fewer photons .
Compared to a 1000W HPS (~ 1800 µmol/s for 1000 W ), the Spider PRO consumes 280 W less while providing +16% photon flux , which translates into a reduction of approximately 1200 kWh over 5 years at 12 h/day .
Without CO₂ enrichment, photosynthetic saturation occurs around 1000–1200 µmol/m²/s .
Beyond this point, the assimilation curve becomes almost flat: the additional photons no longer increase biomass proportionally.
With measured peaks of up to 1,487 µmol/m²/s , the Spider PRO 720W therefore allows either:
a reduction in intensity to 65–70% to maintain optimal DLI with ≈ 250 W saved ,
i.e., full power operation under CO₂ (~1200 ppm) , where the light saturation threshold rises to around 1800–2000 µmol/m²/s ,
either a strategy of shortened cycles (high intensity + reduced duration) increasing the number of annual harvests.
The central peak measured at 1,487 µmol/m²/s and the distribution over a surface of 1.44 m² (120×120 cm) confirm by spatial integration an overall flux consistent with the announced value of 2,088 µmol/s .
No peripheral PPFD collapse is observed, which validates both the LED bar density , the angular distribution and the absence of significant spectral drift.
The measurements thus confirm that the announced power is actually converted into usable photons, and not lost as heat or coverage imbalance.
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The integrated LCD screen guarantees a smooth, precise and optimized growing experience , offering you professional results without extra effort or hidden costs.
Integrated Touchscreen LCD: Autonomous, intuitive and ultra-precise management
With its new integrated touchscreen LCD , the Spider PRO 720W V2.0 offers a unique lighting management experience for your plants. Forget the constraints of an external console: you can now fully control your LED grow light with absolute precision, right from your fingertips.
| Criteria | 🔥 Spider PRO 720W V2.0 | 🌈 Standard LED 720W | 💡 HPS 1000W |
|---|---|---|---|
| Power consumption | 720W (adjustable) | 720W (fixed) | 1000W |
| Total PPF (µmol/s) | 2088 µmol/s | 1700 µmol/s | 1800 µmol/s |
| Luminous efficacy (µmol/J) | 2.9 µmol/J | 2.3 µmol/J | 1.8 µmol/J |
| Light spectrum | 🔵🌺🟣🔴 4 channels: 5000K, 3000K+660nm, UV, IR | 🌈 Fixed spectrum (Full Spectrum) | 🟡 Yellow/orange spectrum dominated |
| Customization | ✅ LCD touchscreen, individual spectrum control | ❌ No control | ❌ No control |
| Lifetime | 🔄 60,000 hours (interchangeable bars) | 🟡 50,000 hours | ⚠️ 12,000 hours (annual replacement required) |
| Thermal management | 🌬️ Optimized heat dissipation, low heat release | ⚠️ Moderate heating | 🔥 High heat output, requires a powerful extractor fan |
| Day/night transition (Emerson effect) | ✅ 730nm infrared for faster flowering | ❌ Not available | ❌ Not available |
| Optimizing harvests | 🔥 +25% terpenes and resin thanks to UV | ⚠️ Standard results | ⚠️ Good production but suboptimal heat and spectrum |
| Energy savings | ⚡ Up to 40% savings compared to a 1000W HPS | ⚡ -25% compared to a 1000W HPS | ⚠️ High power consumption (1000W) |
Join the network of professionals who trust CannaLED , experts in LED horticultural lighting in Europe since 2010. Benefit from advantageous prices , immediately available stock and 24-hour shipping for all in-stock products.
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📦 Package contents
Your Spider PRO 720W V2.0 comes complete and ready to use:
Lighting size:
110cm x 110cm x 140mm
Weight of the lighting:
13.5 kg
Thanks to infrared and ultraviolet light, your plants could unlock their full potential to reduce disease, trigger photosynthesis, and grow in size while strengthening them.
Unlike our competitors, these additional wavelengths are included directly. Since this extra spectrum is only needed in the later stages of flowering, we've placed it on a separate, controlled channel so you can decide when to use it . This eliminates energy waste and prevents unwanted stretching during the early stages of plant growth.
After months of work on the benefits of the light spectrum on plants, our teams specializing in photosynthetic research have arrived at the optimal spectrum dedicated to growth and flowering.
No photon loss; all the watts consumed by the Spider PRO 720W are converted into energy that will be used to fix CO2 into sucrose.
Thanks to our new lighting, you can perfectly control one of the 9 cardinal parameters to achieve the best possible result.
| Week | Phase | Photoperiod | 5000K (Growth) | 3000K + 660nm (Blooming) | UV 395nm (Ultraviolet) | IR 730nm (Infrared) |
|---|---|---|---|---|---|---|
| 1 | 🌱 Growth | 6 PM ON / 6 AM OFF | 50% | 0% | 0% | 15-30 minutes after ignition |
| 2 | 75% | 15-30 minutes after ignition | ||||
| 3 | 100% | 15-30 minutes after ignition | ||||
| 4 | 100% | 15-30 minutes after ignition |
During the first few weeks, your plants are in a crucial period where they establish their root structure and develop their foliage. Here's why every setting is important:
By following these recommendations, you provide your plants with the ideal conditions for healthy, uniform and optimized growth, allowing them to fully express their genetic potential in subsequent phases.
| Week | Phase | Photoperiod | 5000K (Growth) | 3000K + 660nm (Blooming) | UV 395nm (Ultraviolet) | IR 730nm (Infrared) |
|---|---|---|---|---|---|---|
| 5 | 🌺 Blooming | 12pm ON / 12pm OFF | 100% | 25% | 0% | 15-30 minutes after switching on + before switching off |
| 6 | 50% | 0% | ||||
| 7 | 75% | 0% | ||||
| 8 | 100% | 2 hours/day (mid-photoperiod) | ||||
| 9 | 100% | 2 hours/day (mid-photoperiod) | ||||
| 10 | 100% | 4 hours/day (mid-photoperiod) | ||||
| 11 | 75% | 4 hours/day (mid-photoperiod) | ||||
| 12 | 50% | 6 hours/day (mid-photoperiod) |
During flowering, your plants enter a crucial stage where each wavelength of light directly influences the quality and quantity of your harvest. This is why we recommend this specific program with the Spider PRO 720W V2.0:
Weeks 5 to 8: gradual increase (25% → 100%)
15 to 30 minutes after switching on and before daily switching off :
| Power consumption | |
|---|---|
| Cultivation area | |
| Recommended distance from the canopy | |
| Thermal management | Passive cooling |
| Temp working environment | -25 to +45°C |
| Lifetime | 70 000h |
| Manufacturer's warranty |
