From Virtual Lens Tech Preview to Full Nuke Compositing Plugin
After an extended preview cycle across major industry events, ZEISS CinCraft LensCore is now officially launching as a dedicated Nuke compositing plugin for cinema lens simulation. Built on the company’s Virtual Lens Technology first shown at FMX in 2025, LensCore is designed to bring ZEISS’ optical expertise directly into post-production rather than leaving lens behaviour locked on set. The plugin becomes commercially available through the CinCraft webshop on June 1, 2026, with multiple license tiers but no public pricing yet disclosed. For VFX artists, what matters is that the long-trailed tech preview has evolved into a shipping, GPU-accelerated tool specifically tuned for Nuke’s node-based environment. Instead of relying on a patchwork of defocus nodes and custom gizmos, compositors gain a single, integrated solution for cinema-grade lens looks driven by physical parameters and consistent behaviour across shots.
Ray-Traced Lens Effects, Not Just Another Defocus Node
CinCraft LensCore’s core promise is to replace approximate filters with physically based rendering of optics. Under the hood is a GPU-accelerated, ray-traced engine built for Nuke that treats every pixel and frame as light travelling through a virtual cinema lens. Artists work with familiar photographic controls—focus, T-stop, focal length, and focus distance—and the plugin keeps all dependent behaviours coherent as those values change. Vignetting, geometric distortion, focus falloff, and the shape of bokeh emerge from the simulated lens model instead of being dialled in via stylised sliders. For compositors and animators, this shifts ray-traced lens effects from the realm of 3D renders into 2D VFX compositing tools, reducing the need for separate rendering passes or complex 3D camera setups just to achieve believable optical imperfections and depth-of-field behaviour inside Nuke.
A Digital Lens Shelf That Speaks the Same Language as Set Lenses
ZEISS positions CinCraft LensCore as a bridge between on-set lens choice and post-production compositing. The plugin ships with a digital “lens shelf” containing profiles of real ZEISS cinema lenses, alongside support for custom presets. With one click, compositors can apply a complete cinema lens look—realistic bokeh, defocus, distortion, vignetting, and other optical traits tied to a specific lens—across a shot or sequence. According to ZEISS’ Egor Nikitin, the goal is for LensCore to “speak the same language” as the lenses used on set, from edge falloff to the nuance of out-of-focus highlights. For Nuke users, that means lens metadata and creative intent can translate directly into the Nuke compositing plugin, enabling consistent cinema lens simulation across plates, CG elements, and animated content without resorting to generic blur or fragmented node stacks.
Physically Grounded Creative Lenses and Streamlined Pipelines
Beyond matching real glass, CinCraft LensCore allows artists to push into new territory while staying anchored in physically based rendering. Starting from a ZEISS profile or a custom preset, every key characteristic—from distortion to bokeh behaviour—can be tuned to create never-before-seen optics that still respect the physics of authentic glass. Because the same ray-traced engine drives all looks, even stylised results should remain believable on screen. Equally important is what this does for workflow: instead of time-consuming manual setups or separate 3D passes to add lens artefacts, lens effects can be generated directly in Nuke as part of the main composition. This streamlines the compositing pipeline, making it easier to maintain consistency across sequences and teams, and turning nuanced lens work into a repeatable, production-ready step in the Nuke node graph.