Interlock Maze Gobo Disk

The Interlock Maze Gobo Disk introduces a geometric, interwoven pattern engineered to create structured, architectural light breaks with a distinctly technical signature. Its maze‑like channels form a network of interlocking paths that produce a sharp, angular motif in projection mode, while generating a layered, sculpted negative space when used as a shadow‑mask. With LED panels or continuous lights, the pattern delivers crisp divisions, controlled contrast, and a sense of engineered complexity — ideal for portraits that need graphic tension, product scenes with a modern aesthetic, podcast sets with a tech‑driven identity, or compact studios where structured light enhances atmosphere.

Each disk is 3D‑printed in PLA by default, offering lightweight rigidity and clean optical edges. For creators working under higher thermal loads or extended shooting schedules, the PETG upgrade provides increased heat resistance and long‑term durability without altering the pattern’s behavior. Both materials maintain consistent shaping performance, ensuring predictable results across small studios, mobile lighting rigs, and continuous‑light workflows.

In projection workflows, the Interlock Maze pattern casts a precise, grid‑like emblem that can be rotated or offset to adjust directionality, density, and mood. In shadow‑mask mode, it acts as a structural filter, shaping LED output into layered negative space that adds depth, dimensionality, and a subtle sense of motion. As part of the LightForm Series, it reinforces the collection’s focus on engineered light behavior and modular creative control — built for photographers and videographers who want to design the shot and define the form through intentional, expressive light geometry.

Control Your Scene With:

• PLA default build
• PETG upgrade option
• Projection and shadow‑mask versatility
• Interlocking maze pattern for structured, architectural shaping
• Optimized performance with LED panels
• Ideal for compact studios and portable setups
• Integrated identity within the LightForm Series