Hanoi, the vibrant capital of Vietnam, is currently witnessing an unprecedented boom in urban development and smart city initiatives. As a central hub for Southeast Asian commerce, the demand for high-quality, energy-efficient lighting—specifically Step Lamps—has surged. From the luxury residential complexes in Tay Ho District to the massive industrial parks in Noi Bai, step lamps have transitioned from mere functional safety tools to essential architectural design elements.
The local industry in Hanoi is shifting towards IoT-integrated lighting. Modern developers are no longer looking for simple "on-off" lights; they require sensors that detect ambient light levels and human movement, perfectly suited for the humid, tropical climate of Northern Vietnam. Our role as a premier exporter in this region is to bridge the gap between cutting-edge technology and local architectural needs.
Our engineering team in Hanoi specializes in ID, Mechanical, and Electronic design, ensuring every step lamp meets 0.01° precision standards for adjustable beam angles.
We hold BSCI, CE, ROHS, and FCC certifications. Our products are exported to over 50 countries, adapted for voltages from 110V to 240V.
With our 7-day rapid prototyping service, we provide Hanoi-based and international developers with bespoke lighting solutions for specific project needs.
Simplicity Unbounded · Essence Multiplied
Splink Lighting transform simplicity into smart elegance. Through minimalist design and precision engineering, our products deliver intuitive functionality with timeless aesthetics. Committed to tech inclusivity, we make premium performance, effortless installation, and sustainable durability accessible to all.
Our lamps currently brighten homes and offices in Europe, America, and Southeast Asia. From sleek Scandinavian designs to tropical-inspired bamboo styles, we craft lights that adapt to diverse lifestyles. Every product undergoes rigorous testing for Nordic winters and tropical monsoons, featuring adjustable arms with 0.01° precision and universal voltage compatibility.