Current industry benchmarks are set by the Samsung LM301H and LM301B chipsets. Our integration of these high-bin diodes ensures an efficacy of up to 3.1 µmol/J. By utilizing "Evo" technology, we provide a spectrum that closer mimics natural sunlight while maintaining thermal stability that exceeds standard industrial requirements.
Beyond the visible PAR (400-700nm) range, we incorporate 730nm Far-Red (IR) and 395nm Ultraviolet (UV). IR triggers the Emerson effect, accelerating photosynthesis rates, while UV stress encourages plants to develop thicker trichomes and higher levels of terpenes—a critical factor for high-value botanical extracts.
Passive cooling via 6063 aerospace-grade aluminum extrusions ensures that our fixtures run 20% cooler than traditional "box-fan" designs. This not only extends the LED lifespan to over 50,000 hours but also significantly reduces the HVAC cooling load for large-scale indoor facilities.
Raw Materials Selection
Install the Lamp Head
Install the Tail Cover
Cut Electronic Wires
Solder Components
Ultrasonic Welding
Weld the Lamp Board
Lock Side Cover
Quality Inspection
Aging Test (24-48h)
Packing & Security
Finished Product ReadyFor large-scale agricultural operations, we offer bulk customization (OEM/ODM). This includes specific light spectrum "recipes" tailored to crops such as medicinal plants, leafy greens, or strawberries, ensuring maximum ROI per square meter.
Our 2024 roadmap includes RJ14 and RJ45 daisy-chaining capabilities, allowing a single master controller to manage up to 200 lights. This supports sunset/sunrise simulation and automated dimming based on ambient light sensors.
With CE, RoHS, and SAA certifications, our products pass customs efficiently. We maintain a 70% automated production line, allowing us to fulfill high-volume orders with consistent quality and competitive lead times.