| Operate Voltage | 90-240V 50/60HZ | Power | 1400W |
| Control Channel | 24/55/62/105/137CH | Light source | Beam: 5*150W warm white LED 01: 5*32*0.2W RGB LED 02: 2*57*0.2W RGB |
| Control Model | DMX512, MADRIX | Work permit temperature | -5-45 degree |
| Lights Size | 97.2*19.9*21.8cm | N.W | 8.6kg |
The Dynamic Kinetic Beam Lighting X-K34 is a high-performance kinetic lighting fixture developed for large-scale stage productions and advanced visual effects. By combining powerful warm white beam sources with multi-zone RGB LED elements, this system delivers layered lighting effects enhanced by smooth kinetic movement.
With a total power consumption of 1400W, the X-K34 is designed for demanding professional environments. The fixture integrates five 150W warm white beam modules, supported by two RGB LED zones that provide color accents, dynamic backgrounds, and visual depth. Full compatibility with DMX512 and MADRIX enables precise control of beam output, color effects, and kinetic motion within complex lighting systems.
Why Choose the X-K34 Dynamic Kinetic Beam Light?
The X-K34 is designed for productions that require strong beam intensity combined with creative visual layering. Its warm white beam modules deliver powerful aerial effects, while the integrated RGB LED zones add color dynamics and visual texture. The kinetic motion introduces depth and movement, allowing lighting designers to build immersive and evolving stage environments. With DMX and MADRIX compatibility, the X-K34 integrates seamlessly into advanced lighting and media server systems.
The X-K34 dynamic kinetic beam light is widely used in concert stages, theatres, TV studios, large-scale events, music festivals, and immersive visual productions. It is ideal for creating moving beam structures, kinetic visual walls, layered lighting effects, and synchronized show elements. Production companies and lighting designers often use this system for headline performances, touring productions, and high-end stage designs where power, precision, and visual complexity are required.
