In the competitive world of footwear and materials design, speed, creativity, and precision are more important than ever. Designers are constantly challenged to bring fresh ideas to market while managing complex collaborations with suppliers and navigating the limitations of traditional, sample-based workflows. The process of developing new colorways and materials often involves multiple rounds of physical sampling, lengthy shipping times, and frequent miscommunications—all of which slow down innovation and increase costs.
Together with PANTORA and a spectrophotometer, the Rhopoint PANTORA Aesthetix offers a transformative solution: a digital workflow that empowers designers to experiment with color and texture, visualize concepts accurately, and communicate their intent with suppliers using precise digital data. By bridging the gap between inspiration and production, this solution helps teams reduce waste, accelerate decision-making, and unlock new creative possibilities.
In today’s fast-paced footwear and materials industry, designers and suppliers face mounting obstacles that slow down innovation and complicate the journey from concept to finished product:
When paired with PANTORA and either the Ci7800 benchtop sphere spectrophotometer or MA-T12 multi-angle spectrophotometer, depending on the material type being measured, the Rhopoint PANTORA Aesthetix solution allows designers and suppliers to exchange digital material files (AXF), enabling rapid iteration and selection of colors and textures. Designers can measure real-world samples, apply brand or custom colors to digital materials and 3D renderings, and share precise visual references with suppliers—reducing the need for physical samples and streamlining communication.
By adopting a digital-first approach to color and texture development, design teams and suppliers can realize measurable improvements across their workflow—from reducing waste and costs to accelerating time-to-market, expanding business and fostering more effective, trustworthy collaboration.
This workflow enables both sides to collaborate efficiently, with accurate visual and spectral data guiding decisions.

Dual HDR camera-based surface characterization system with multiple light sources to capture detailed, real-world images for quantifying appearance and testing qualities.

Enables users to capture, store, manage, view and edit virtual materials and digitally exchange them via a vendor neutral Appearance Exchange (AxF) file format.

Sets the standard for high-quality measurement of effect and complex materials, fully characterizing them with 12 spectral angles and a color-calibrated camera.

Industry-leading benchtop sphere spectrophotometers that offer both reflectance and transmission measurements to control critical color on opaque and non-opaque materials with tight tolerances.
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