Quantumn Q100C

Since their inception, lighting equipment has primarily served the film industry, embodying the characteristics of a tool: ease of operation, durability, and stable performance. Traditional designs have favored boxy shapes, numerous buttons, extensive heat dissipation, dark colors, and exposed reinforcing ribs. However, in the era of streaming media, where anyone can become a content creator, lighting equipment is no longer restricted to elite film production. This shift prompted us to rethink the design of lighting equipment.



We broke away from the traditional boxy proportions, opting for a card-shaped design that is more trendy and lightweight, using semi-transparent materials. By incorporating smartphone connectivity, we simplified the controls, reducing the number of buttons from many to just four without compromising operational efficiency. Our innovative Easy Link power system integrates the handle and battery, allowing for seamless power supply without external connections during mobile shoots. The use of NCSP technology in our LEDs enables us to achieve 100W+50W output on a small 2.5 cm diameter light surface, while heat-electric separation technology improves heat dissipation efficiency by 70%, giving us greater flexibility in radiator design.



Multiple control methods make it easier for users to operate the device, whether through the large on-body knobs and buttons or remotely via a smartphone. In terms of materials, we utilized carbon fiber-textured plastic, reducing the weight by 60%.



We are committed to environmental protection, focusing on durability to reduce waste. Compared to traditional COB LEDs, our new technology offers superior performance, maintaining color and brightness stability for up to 50,000 hours, even under high-intensity use, significantly extending the product’s lifespan. All materials are recyclable, aligning with eco-friendly practices and promoting resource recycling.



Through these design and technological innovations, our product not only meets professional demands but also offers broader user adaptability and environmental value, paving the way for a more sustainable future in the industry.