
X-Rite MSCCEXTMN ColorChecker Classic Nano Target
Tiny Target, Giant Impact: Achieve Perfect Color with PrecisionIntroducing the X-Rite ColorChecker Classic Nano, a miniaturized version of the industry-standard color reference tool. This compact target is expertly crafted for copy photography and imaging of small objects. It allows for precise c...
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Overview
Tiny Target, Giant Impact: Achieve Perfect Color with Precision
Introducing the X-Rite ColorChecker Classic Nano, a miniaturized version of the industry-standard color reference tool. This compact target is expertly crafted for copy photography and imaging of small objects. It allows for precise color evaluation and consistency across various cameras and lighting conditions.
Specifications:
- Product: X-Rite ColorChecker Classic Nano
- Model: MSCCEXTMN
- Design: Array of 24 scientifically formulated color squares
- Colors: Natural, chromatic, primary, and grayscale
- Applications: Digital photography, film photography, filmmaking, graphic arts, and other industry applications
- Functionality: Create camera profiles, check images, correct white balance, perform color correction, check films, lights, filters, and paper, use for color grading, check cameras and lights, check any printing or proofing process
Key Features
Color Checker Classic Nano is an array of 24 natural object, chromatic, primary and gray scale colors, arranged in four rows in a super small size for copy and small object photography.
This objective standard will help you avoid costly mistakes and trial-and-error color adjustments while editing your images or color grading
Color Checker Camera Calibration Software supports the Classic Nano target
Color Checker Classic Nano target is supported by 3rd party software: Hasselblad Phocis for ICC camera profiling and Black Magic Deviance Resolve for color grading in a video editing workflow
Include Color Checker Classic Nano in your photo or video capture and then later, while editing use it to compare, measure and analyze differences in color reproduction in any color rendition system