The ST-SL-15W-R65 is a high-performance cylindrical surface spotlight designed for precision accentuation in premium interiors. Featuring an advanced COB light source and a 36° precision beam, it delivers a warm, punchy 3000K output with exceptional clarity. The sleek Φ65mm die-cast body is finished in architectural matte black and rated IP44, ensuring durability in high-humidity or transitional environments. Powered by world-class Tridonic or VS drivers, this fixture guarantees flicker-free, professional-grade performance.
Product Features :
Watt : 15W IP : 44
Lumen : 1650 CHIP : COB
Size : 65-180mm Beam :36°
The ST-SL-25W-R80 is a high-intensity cylindrical surface spotlight designed for high-ceiling applications and bold architectural accents. Driven by a premium COB chip and a precision 36° optic, it delivers a powerful 3000K Warm White beam with superior reach. The robust Φ80mm die-cast aluminum housing features a sleek matte black finish and an IP44 rating, providing versatile performance in both standard and moisture-prone environments. Equipped with industry-leading Tridonic or VS drivers, it ensures maximum electrical stability and longevity.
Product Features :
Watt : 25W IP : 44
Lumen : 2650 CHIP : COB
Size : 80-180mm Beam :36°
This surface spotlight features a dual‑head 2×12W configuration delivering warm 3000K illumination.
It uses COB LED chips and is finished in a white body with an IP44 rating for protected indoor use.The unit offers a 30‑degree beam angle and can be paired with either a Tridonic or VS on‑off driver.Its housing measures Φ75×145×H95 mm, providing a balanced and modern architectural profile.
This 12W LED unit features a compact cylindrical design with a 75×75 mm diameter and a height of 95 mm.It delivers a 30° beam angle suitable for focused accent lighting.The module is designed to pair with a VS 123 COB size for secure LED integration.Its construction supports reliable performance in architectural indoor applications.
In order to provide you a personalized shopping experience, our site uses cookies. By continuing to use this site, you are agreeing to our cookie policy.