Product Title

ModuLight 33W LED Grow Light Kit - ABA Full Spectrum with UVA & IR - 3-Bar Daisy-Chainable System for Seedlings, Clones, and Resin Boosting

Product Highlights

Synergistic ABA Spectrum: A unique blend of 395nm UVA, 660nm Deep Red, and 730nm Far-Red specifically engineered to out-perform standard full-spectrum lights in resin production and cloning success.

Professional Canopy Penetration: Designed to penetrate deep into the canopy, boosting essential oil production and maximizing flavor and potency.

Premium Hardware: Features Aluminum Housings for superior heat dissipation and Dual-Row Diodes for 3X the power intensity of standard plastic grow lights.

Daisy-Chain Ready: Connect up to 9 bars (3 complete kits) from a single outlet—perfect for large-scale propagation racks or grow tents.

️Zero Heat Stress: High-output 33W system (11W/Bar) runs ultra-cool, allowing you to place lights close to delicate clones and seedlings without risk of burn.

️ Precision Control: Includes a pro-grade stainless steel push-button cable system for effortless height adjustment.

Product Description

Unlock the Secret to Flavor & Potency

Why settle for basic growth when you can achieve professional-grade results? The ModuLight ABA System isn't just a grow light; it's a performance booster for your plants. By integrating UVA (395nm) and IR (730nm), we mimic the full solar spectrum to trigger higher trichome, terpene, and oil production during the final stages of growth.

Built Like a Tank, Designed for Precision

Forget flimsy plastic lights. ModuLight is constructed with industrial-grade aluminum and premium cast acrylic. The textured diffuser lens eliminates harsh glare and ensures smooth, edge-to-edge light coverage, preventing "hot spots" that can stress your plants.

Perfect for Every Stage

Propagation & Clones: High success rates with gentle, optimized intensity.

Vegetative Growth: 5000K white light ensures tight internodal spacing and strong stems.

Flowering & Fruiting: 3000K warm light and Deep Red (660nm) maximize photosynthetic efficiency for heavier yields.