Scynce provides full‑spectrum LED grow lights with patented optical technology that delivers uniform, high‑intensity light deep into the canopy and allows growers to tune spectrum and intensity for specific cultivars.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial indoor cultivators often struggle to achieve consistent cannabinoid, terpene, and flavonoid profiles because conventional lighting lacks precise spectrum control, deep canopy penetration, and reliable environmental protection, leading to variable yields and quality.
Solution
Scynce offers full‑spectrum LED grow lights that combine patented optical technology with tunable spectrum capabilities to deliver uniform, high‑intensity light deep into the canopy. The lights are engineered to be waterproof, dust‑proof, and chemical‑proof, creating a clean, pest‑free growing environment. Users can program light recipes, intensity levels, and schedules remotely via web or mobile interfaces, enabling precise daily light integral (DLI) management and real‑time adjustments. Integration with Agrowtek adds automated PPFD, spectrum, and DLI monitoring for data‑driven optimization of plant expression across growth stages.
Target Audience
Primary customers are commercial cannabis cultivators and indoor growers who require precise light control and environmental resilience to maximize yield quality and consistency.
Features
- Patented optical system provides exceptionally even light distribution and deep canopy penetration, achieving >1,000 PPFD at canopy level
- Full‑spectrum, tunable light output allows growers to tailor spectral composition to specific cultivars and growth phases
- Waterproof, dust‑proof, and chemical‑proof housing ensures a clean, pest‑free environment and long‑term durability
- Remote control via web and mobile apps for scheduling, recipe management, and real‑time adjustments
- Integrated DLI management with real‑time PPFD, spectrum, and DLI data through Agrowtek partnership
- High energy efficiency delivering >34 W/ft² with low power consumption