Asymmetrical Beam Control for Targeted Architectural Lighting
The Chauvet Pro ILUMIPODMLASYM Ilumipod ML Asymmetrical Spread Filter is a precision optical accessory designed to reshape the output of the Ilumipod ML fixture for highly controlled, directional lighting. It provides a 60 x 10-degree asymmetrical beam pattern that allows light to be projected farther in one direction, making it ideal for applications where standard symmetrical beams cannot deliver the desired coverage.
Designed for Precision Facade and Surface Illumination
This asymmetrical spread filter is especially useful for architectural facades, walls, columns, and landscape elements where light needs to be distributed evenly along a surface without wasting output upward or downward. The elongated beam pattern helps achieve consistent illumination across long surfaces while maintaining tight control, reducing spill light and improving overall visual impact.
Built Specifically for Ilumipod ML Fixtures
Engineered exclusively for the Ilumipod ML, the ILUMIPODMLASYM integrates seamlessly with the fixture’s optical system. This precise compatibility ensures predictable beam shaping, consistent color mixing, and reliable performance in permanent installations where accuracy and repeatability are critical.
Durable Polycarbonate for Long-Term Installations
Constructed from high-quality polycarbonate, this filter offers excellent optical clarity combined with long-lasting durability. It is well suited for demanding indoor and outdoor environments, maintaining consistent performance over time without warping or degrading under regular use.
Weatherproof Performance Without Compromise
Once installed, the filter preserves the Ilumipod ML’s IP-rated sealing. It does not interfere with the fixture’s weather resistance, allowing continued operation in rain, dust, and temperature extremes commonly encountered in exterior architectural lighting projects.
Fast Installation and Flexible Design Adjustments
The ILUMIPODMLASYM installs quickly and can be removed just as easily, giving designers and installers the flexibility to adapt beam distribution as project needs evolve. This adaptability reduces the need for fixture replacement and supports efficient system upgrades or layout changes.