Explore our precision-engineered dynamic winches, programmable controllers, and DMX-responsive visual components manufactured for high-reliability show control.
The entertainment and architectural lighting landscape has evolved from static light arrays to fully dynamic, multidimensional art installations. Under the direction of expert engineering teams, kinetic lighting systems combine the physical movement of physical objects with state-of-the-art DMX LED configurations to add structural depth, height, and tempo variations to lighting plots.
By utilizing high-performance mechanical winches controlled via dedicated software suites, designers can project three-dimensional light paths that react instantly to musical scores, ambient environment triggers, or choreographed stage direction. Modern integrations require not only raw lumen output but micro-precision accuracy, safe load ratings, and structural longevity, transforming passive venues into immersive experiences.
When selecting kinetic lighting equipment, procurement officers, venue builders, and light designers evaluate specific performance markers to guarantee safety and performance.
Our winches integrate structural safety brakes, physical overload limiters, and high-strength aviation cables. Safe payloads range from 1.5kg to 5kg+ depending on kinetic ballast size, ensuring compliance with strict public assembly safety regulations.
Equipped with 16-bit motor controls, these systems feature smooth, low-speed translation without stuttering, alongside rapid acceleration limits of up to 1.5m/s. Position accuracy is maintained to within ±1mm for synchronized group arrays.
Full integration with international industry-standard DMX512, RDM, ArtNet, and sACN protocols. Systems interface smoothly with software suites like Madrix, Sunlite, GrandMA, and Avolites controllers.
From permanent high-ceiling venue installations to dynamic touring stages, our kinetic setups are designed to solve installation complexity while maximizing sensory impact.
Creating continuous spatial transformations. Kinetic spheres and moving LED bars shift ceiling topography during different event segments, raising guest engagement to increase dwell time and beverage revenue metrics.
Engineered for repeated assembly and teardown. Robust structural chassis designs enable fast installation, reliable quick-lock rigging mounts, and transport-ready road cases designed to handle challenging touring conditions.
Conveying brand messaging through high-precision kinetic visual displays. Synchronized moving lighting structures engage onlookers and emphasize centerpiece exhibits with dynamic three-dimensional movements.
Established in 2019 by co-founders Mrs. Ami Q and Mr. Ahren Z in Guangdong Province, Xiaosan has become a prominent name in specialized LED entertainment lighting. Occupying a modern 1,000 square meter manufacturing plant, the company integrates advanced production lines with a dedicated research and development department to ensure all equipment complies with rigorous industry norms.
Backed by an experienced workforce of 30 lighting technology specialists, Xiaosan delivers customized OEM lighting fixtures, including vertical lifting spherical lights, kinetic tubes, LED panels, 3D matrices, and high-precision moving head beams. Over the past five years, we have exported to more than 30 countries and formed partnerships with over 30,000 corporate clients, ranging from boutique nightclubs to global Fortune 500 organizations.
We provide comprehensive assistance encompassing 3D layout planning, control system calibration, and post-installation support. With 24-hour multilingual communication channels and a solid three-year product warranty, Xiaosan guarantees reliable performance on every event stage.
Our engineering team continuously advances kinetic system technologies to improve safety, speed, and visual expression for future environments.
Developing wireless system architectures that reduce cabling overhead while retaining the millisecond response profiles required for rapid choreographies.
Replacing standard plastic housings with rigid carbon-fiber components to reduce winch load stress, enabling faster speeds and reduced power usage.
Integrating artificial intelligence models into control systems to convert incoming audio feeds into automated physical light movement paths in real time, streamlining programming workflows.
Step inside our Guangdong facility, where electronic assembly, winch balancing, and rigorous quality inspection protocols are conducted daily.
Expert technical answers addressing engineering, system configuration, dynamic loads, and B2B ordering procedures.
A standard kinetic winch installation splits its DMX footprint into separate motor control profiles and LED fixture profiles. Motor control DMX channels govern translation speed, height offsets, and loop cycles. Concurrently, separate DMX channels manage RGBW values and flash rates, allowing lighting control tables to sync three-dimensional path tracking with pixel patterns.
Our kinetic winches incorporate automatic electromagnetic braking systems. If electrical current is interrupted, these brakes engage immediately, holding suspended loads in place. In addition, internal mechanical limit sensors prevent upward and downward overtravel.
Configuring a Madrix system begins with establishing ArtNet routing pathways from your controller to the winches. Once completed, a matching 3D fixture profile containing both movement and LED parameters is mapped within Madrix. This enables the software's volumetric pixel engine to render color changes and motor adjustments across the coordinate plane.
Yes, we provide full OEM and ODM customization. We design custom enclosures, structures, LED strips, rings, and geometric configurations to integrate with our DMX winch controllers, helping clients realize their design visions.
Discover our comprehensive collection of stage screens, control surfaces, and design fixtures developed for the commercial entertainment sector.
Xiaosan Light