Product Category
Model: ML5524LJ
Anti-glare, flicker-free, high-CRI ceiling spotlight; square shape, narrow bezel, anti-glare cup, and adjustable polarization.
Model: ML5524WJ
Anti-glare, flicker-free, high-CRI ceiling spotlight; square-shaped, frameless, with an anti-glare cup and adjustable polarization.
Small-Opening High-Power Ceiling Spotlight
Model: ML5541LJ
Small‑aperture, high‑power ceiling spotlights that not only meet illumination requirements but also enhance the elegance of both the ceiling and the space.
Small-Opening High-Power Frameless Ceiling Spotlight
Model: ML5541WJ
Small‑aperture, high‑power ceiling spotlights that not only meet illumination requirements but also enhance the elegance of both the ceiling and the space.
Small-Opening High-Power Dual-Head Ceiling Spotlight
Model: ML5542LJ
Small‑aperture, high‑power ceiling spotlights that not only meet illumination requirements but also enhance the elegance of both the ceiling and the space.
Small-Opening, High-Power, Double-Head, Frameless Ceiling Spotlight
Model: ML5542WJ
Small‑aperture, high‑power ceiling spotlights that not only meet illumination requirements but also enhance the elegance of both the ceiling and the space.
Model: ML6513LE
Anti-glare, flicker-free, high-CRI ceiling spotlight; round shape, narrow bezel, with light emerging from small apertures.
Model: ML6513LJ
Anti-glare, flicker-free, high-CRI ceiling spotlight; round shape, narrow bezel, anti-glare cup, and adjustable polarization.
Model: ML6513LJ-10D
Small-angle ceiling spotlight, flicker-free with high color rendering index, narrow bezel‑free frame, and adjustable polarization.
Model: ML6513LJ-3D
Small-angle ceiling spotlight, flicker-free with high color rendering index, narrow bezel‑free frame, and adjustable polarization.
Model: ML6513LJ-7D
Small-angle ceiling spotlight, flicker-free with high color rendering index, narrow bezel‑free frame, and adjustable polarization.
Model: ML6513WE
Anti-glare, flicker-free, high-CRI ceiling spotlight; round shape, narrow bezel, with light emerging from small apertures.