Explore our primary array of high-precision dynamic luminares, control platforms, and interactive lighting components optimized for global distribution.
The global spatial illumination architecture has shifted beyond static light output. Today’s architectural, nightclub, and lounge room designs require a symbiotic connection between aesthetic design, dynamic hardware mechanisms, and digital control protocols. As an industry-leading OEM lighting manufacturer, Xiaosan addresses this evolution by offering fully customizable hardware designed to scale across high-capacity venues and complex geometric structures.
Our solutions bridge the gap between architectural elegance and dynamic, concert-level energy. From localized micro-controllers that adapt to ambient sensory inputs to advanced kinetic winch matrices that command physical 3D spaces, the scope of OEM room lighting has fundamentally expanded. This engineering-first design philosophy guarantees that our systems integrate cleanly with current mechanical architectures and industrial control networks.
Established parameters of Xiaosan's manufacturing capacity, core principles, and dedicated service infrastructure.
Xiaosan was established in 2019 by Mrs. Ami Q and Mr. Ahren Z in Guangdong Province, the global epicentre of advanced electronics manufacturing. From our inception, we have functioned as a specialized factory dedicated to providing sophisticated LED lighting and control solutions for nightclubs, entertainment complexes, DJ discos, and high-end commercial spaces.
Our comprehensive production facility spans 1,000 square meters, integrating sophisticated production equipment alongside specialized hardware testing zones. Operating with 30 skilled technicians and engineers, we merge technical insight with optimized production to deliver lighting hardware that matches and exceeds strict global standards.
Unlike standard component suppliers, Xiaosan operates a comprehensive design-to-deployment service structure. We cover internal circuit design, custom housing fabrication, light source calibration, installation layout engineering, and master control programming. Our engineering team assists developers and contractors through 3D simulation and system integration phases, mitigating installation challenges before components reach the site.
We approach manufacturing with a focus on product reliability and service transparency. Understanding the high cost of maintenance in architectural and high-altitude entertainment setups, we engineer every fixture to endure continuous operation.
Analyses of modern procurement parameters, regulatory environments, and user expectations driving design decisions.
Venues now require architectural integration of lighting systems rather than relying on external standalone rigs. Modern entertainment designs hide fixtures within ceiling panels and structural frameworks. Our ultra-thin P1.25, P3, and P4 LED display modules allow engineers to build high-definition visual surfaces that integrate directly into the room's geometry.
Static lighting fixtures are increasingly being replaced by movement-capable systems. Winch-controlled kinetic lights physically raise and lower light spheres and panels in response to DMX-programmed sequences. This demands clean mechanical calibration and heavy-duty motor integration, protecting against mechanical wear in high-use environments.
Modern deployments demand unified control systems. By combining Madrix-compatible hardware with robust consoles, operators can run LED video screens, kinetic winches, and RGBW pixel configurations from a single control point, removing the compatibility issues associated with using multiple controller brands.
Technical blueprints detailing our physical, electrical, and control system integrations.
Our Kinetic light setups combine motor control systems with LED illumination. By linking the lighting fixture to a high-speed winch controlled through DMX512 protocols, we achieve precise movement across three axes. The control architecture uses a dedicated CPU within the winch housing to monitor mechanical strain and manage positioning, preventing system slippage during active operation.
For custom room designs, our P1.25, P3, and P4 SMD indoor modules provide flexible layout options. These modules use high-refresh-rate driving ICs (exceeding 3840Hz) to eliminate video flicker on camera. The physical panels assemble seamlessly, allowing contractors to construct video surfaces on curved columns, angled ceilings, and uneven wall surfaces.
The control core utilizes DMX 192, 512, and 2048 channel configurations, supported by online Madrix Master Controllers (such as the OEM H803TV with DVI/HDMI inputs). This design allows pixel configurations to match live video sources in real-time, matching lighting changes to sound frequencies and screen changes.
Step inside our Guangdong production floor and explore our quality control operations.
Before packing, every light fixture undergoes a 48-hour continuous burn-in test to identify component flaws. Our kinetic winches are subjected to load capacity tests, cycling through high-speed ascents and descents to verify the alignment of the safety braking systems. We match batch runs to ensure color temperature consistency across all fixtures in a shipment.
How we address regulatory standards and support field integrations across international jurisdictions.
Navigating varying construction codes and electrical requirements across continents requires a proactive approach. Xiaosan designs and manufactures products to comply with major international certifications, facilitating import clearance and on-site inspection approvals.
For complex installations, such as 3D Rubik's Pixel grids or large Kinetic systems, our engineering department provides real-time digital assembly blueprints. We assist installers via video calls, analyzing wiring runs, signal termination points, and addressing addressing issues on the DMX network. This support shortens commissioning timelines and ensures the safety of suspended lighting arrays.
Our current and planned development phases for the next generation of spatial lighting equipment.
Deployment of upgraded brushless DC motors within our kinetic winches to reduce operational noise while increasing acceleration curves and position tracking accuracy.
Developing firmware to monitor real-time operating metrics (such as driver temperature and LED degradation) over network connections, allowing operators to schedule preventative maintenance.
Integrating radar and optical tracking systems directly with lighting processors, allowing light arrays to react automatically to human presence and movement without manual console inputs.
Clear, technical answers to common questions asked by procurement managers and lighting designers.
Standard OEM production runs are processed within 15 to 25 business days, depending on order size and complexity. Custom metal fabrication or specialized circuit boards may extend this timeline. We provide a detailed production schedule upon receipt of design approvals and deposits.
Yes. Our LED modules and master controllers, such as the H803TV, are fully compatible with Madrix, Art-Net, and standard DMX512 protocols. This allows our fixtures to integrate directly into your pre-existing control networks and playbacks.
Our three-year warranty covers all mechanical and electronic components. If a fixture or component malfunctions, our technical team diagnoses the issue remotely. If a component failure is confirmed, we ship replacement parts (such as power supplies, driver boards, or custom cables) directly via express carrier to minimize system downtime.
Our kinetic winches feature integrated safety switches that prevent over-winding, along with physical limit sensors and dynamic electronic braking mechanisms. If the winch loses power or communication signals, the brake engages automatically to hold the fixture securely in place.
Yes. We manufacture indoor LED display modules in multiple configurations, specializing in P1.25, P3, and P4. Custom PCB layouts and cabinet sizes can be engineered to meet the spatial constraints of your project.
Explore our specialized control consoles, high-resolution display modules, and decorative 3D effects.
Xiaosan Light
