תַפרִיט
Introducing this under-canopy grow light, a solution addressing the hindered development of lower buds and leaves on plants grown on benches or racks, where limited sunlight reaches beneath the top canopy.
LED under-canopy lighting brightens up the dark lower canopy, making shaded leaves work better and helping sub-canopy flowers grow more. Using under-canopy lighting is like getting double the space. You’ve already got the top area working, and now the same space below can be just as productive.
Crafted from high-grade, optical-quality materials, the durable, high-transparency lens is designed to maximize light transmission while maintaining structural integrity over time.
It ensures uniform and efficient light delivery to plants without yellowing, warping, or degradation, even after prolonged exposure to high-intensity LEDs and humid grow environments.
It guarantees consistent PAR output and optimal light penetration throughout the lifespan of the undercanopy grow light.
The fixture features a premium aluminum housing that significantly enhances thermal management, achieving up to 10 times faster heat dissipation compared to conventional plastic enclosures.
This high thermal conductivity helps quickly draw heat away from internal components, maintaining lower operating temperatures and protecting critical electronics from thermal stress.
The grow light features robust trapezoidal support legs, specifically designed to provide a broad, balanced base that ensures superior stability during use.
This structural geometry minimizes the risk of wobbling or tipping. The legs are engineered to resist bending or deformation under long-term load and environmental stress, ensuring consistent performance and durability in demanding grow room conditions.
Equipped with a precision-engineered vent valve, this LED undercanopy grow light ensures efficient heat dissipation by promoting continuous airflow within the housing.
At the same time, it minimizes internal humidity by preventing moisture buildup, thereby extending the lifespan of internal components and maintaining optimal performance in high-humidity grow environments.
Each light undergoes a rigorous light aging test before shipment to ensure optimal performance and reliability. This process involves operating the LED grow light for an extended period under controlled conditions to simulate real-world usage, allowing us to detect and eliminate early failures.
By enforcing this quality control step, we guarantee that every fixture delivered meets the highest standards of durability and efficiency.
פיתרון הספקטרום המותאם שלנו מאפשר למגדלים לכוונן את תפוקת הכחול, האדום, הרחוק וה- UV של מערכות התת-חיות שלנו כדי להתאים לצרכי היבול בכל שלב.
עבור מגדלים מסחריים, התאמה אישית זו לא רק ממקסמת את התשואה, אלא גם מגדילה את איכות המוצר על ידי שיפור פרופילי קנבינואידים וטרפן עבור מוצר מוכן לשוק.
המערכת שלנו זמינה באורכים ובוואטטים הניתנים להתאמה אישית, ומאפשרת לך לתכנן את ההתקנה המושלמת לחלל הצומח שלך. גמישות זו מבטיחה חלוקת אור מיטבית ויעילות אנרגיה, המותאמת לצרכים הספציפיים שלך.
This fixture comes with a built-in driver; it can be used alone and is suitable for growing 1-2 cannabis plants. You can also daisy chain up to 17 units into one large lighting system. If you are a professional grower, you can add an external driver for dimming.
Under canopy lighting enhances most cannabis strains, but needs vary. It’s important to choose the right lighting strategy for your specific strain.
While you can use under-canopy lighting, combining it with overhead lighting is highly recommended for achieving the most effective results.
The cost-effectiveness of under-canopy lighting is significant, influenced by energy efficiency and the enhanced yield and quality of your cannabis. Many growers view it as a smart investment that pays off in the long run.
מתכנון אור מותאם אישית, ועד הצעות מחיר מותאמות, וכל מה שביניהם, צוות מומחי הגננות שלנו תמיד מוכן לעזור.
מיט LED
גוז'ן, ג'ונגשאן, גואנגדונג, סין
WhatsApp: +86 180 2409 6862
דוא"ל: info @ vantenled.com
אנחנו יצרנית תאורת LED מקצועית לצמחים, המחויבים להשתמש בטכנולוגיה כדי להגביר את הפוטנציאל המרבי של המנורה, למקסם את התועלות למגדלים באופן מתמשך ולחסוך באנרגיה לכדור הארץ.
