Explore our premium architectural, kinetic, and stage-specific lighting fixtures built for world-class entertainment venues.
Founded in 2019 by Mrs. Ami Q and her husband Mr. Ahren Z, Xiaosan has rapidly evolved into a specialized powerhouse located in Guangdong Province—the global hub of electronics and lighting innovation. We represent the pinnacle of China lamp equipment manufacturing, combining strict quality management with cutting-edge visual technologies.
Spanning over 1,000 square meters of high-efficiency production space, our facilities feature modern production lines, calibrated testing stations, and a dedicated R&D engineering department. Our team of 30 lighting specialists utilizes decades of combined industrial expertise to push boundaries in kinetic mechanics, LED control protocols, and custom stage architectures.
Whether implementing interactive DMX pixel systems or dynamic kinetic winches, our products serve as the backbone of high-intensity entertainment venues, including large-scale concert productions, premium nightclubs, and experiential commercial displays.
From custom conceptual designs to field commissioning, we supply end-to-end capabilities that elevate live entertainment.
We integrate hardware design, electronic engineering, mechanical software testing, installation consultation, and on-site alignment. This guarantees that your dynamic kinetic displays function seamlessly out of the box.
All our lamp equipment, LED displays, and controllers undergo continuous 72-hour aging and load stress-testing. Backed by an industry-leading 3-year warranty, we offer global procurement teams peace of mind.
Our solutions interface natively with standard industry consoles and protocols including DMX512, RDM, Art-Net, and sACN. Perfect for syncing multi-dimensional kinetic displays with DVI/HDMI-based visual mapping software.
Our factory leverages the density of the Guangdong technology corridor to optimize parts sourcing, mechanical assembly, and cost-efficiencies.
By sourcing raw electronic and mechanical materials in close proximity, we maintain structural control over our supply pipeline. This localization protects our operations from global distribution shocks while providing pricing advantages directly to our partners.
Our facility integrates digital manufacturing principles. Through automated SMT surface mounting for controllers, custom lathe machining for mechanical kinetic components, and precise CNC housing production, we guarantee identical technical parameters across large production batches.
Every product batch is systematically monitored. From incoming raw material verification to final optical performance mapping, our QA/QC procedures ensure strict alignment with international quality standards.
Our long-term development roadmap focuses on mechanical precision, energy efficiency, and modular hardware design.
We are actively refining our digital stepper winches to deliver lower latency, higher payload capacities, and ultra-quiet motor operations. The goal is smooth vertical speeds of up to 1.5 m/s with sub-millimeter stop positioning.
By adopting next-generation high-CRI (Color Rendering Index) LED chips and custom-engineered internal optical lenses, we achieve greater lumens-per-watt efficiency. This lowers operating power draws while maintaining rich, saturated color rendering across wide stage backdrops.
Our structural engineering team focuses on creating interlocking cabinet systems that allow quick, toolless physical connection. This enables stage designers to build complex, irregular 3D forms without custom frame manufacturing.
Reducing power consumption in large entertainment venues is a core priority. Our upcoming driver electronics utilize dynamic power throttling, reducing energy usage by up to 35% during static or low-output lighting scenes.
Purchasing professional stage technology from China requires evaluating specific structural and technical benchmarks.
For procurement managers, choosing a supplier involves balancing upfront costs with long-term field reliability. Professional installations cannot afford component failures mid-event. Our advisory focuses on mitigating these risks:
Detailed answers to the most common questions from system integrators, design consultants, and wholesale buyers.
Setting up a kinetic lighting system involves three main steps: mechanical anchoring, power-to-signal routing, and console patch mapping. Winches must be mounted to load-tested structural truss lines. The units receive power via standard Neutrik connectors and control signals through opto-isolated 3-pin or 5-pin DMX lines. In the lighting desk, the winch is patched using the corresponding fixture profile, which allocates separate DMX channels for vertical position, movement speed, motor reset, and the RGB color values of the attached light fixture.
Safety is paramount for overhead equipment. Our kinetic winches feature integrated physical limit switches at both the highest and lowest travel points to prevent cable overruns. Additionally, the motor control boards include current-monitoring circuits that automatically stop operation if resistance increases (e.g., if the cable catches). All lifting cables are rated for load limits significantly exceeding the actual fixture weight, providing a safety margin of at least 5:1.
Yes. Our LED panel systems are designed for modular splicing. By using custom-machined mounting brackets, sub-frame systems, and flexible ribbon cables, users can configure displays in non-standard shapes. We provide layout consultation, including CAD blueprints and pixel-map profiles, ensuring smooth content playback across complex surfaces using controllers like the Madrix Master system.
We provide a 3-year factory warranty on all products. If a component fails under normal operating conditions, our technical team diagnoses the issue via remote video inspection. If replacement parts are needed (such as driver chips, stepper motor cards, or LED diodes), we ship them via express international courier. For major projects, we often include a spare-parts kit with the initial shipment to minimize system downtime.
Yes, our control boards are compatible with industry-standard protocols including DMX512-A, RDM, Art-Net, and sACN. This ensures seamless operation with professional platforms like grandMA, Avolites, Onyx, and Madrix, allowing for unified control of kinetics, lasers, moving heads, and LED video walls.
Complete your venue upgrade with our specialized controllers, decorative LED structures, and custom-designed club features.
Xiaosan Light