InfiKnit™: The Architecture of Zero-Waste Textile Manufacturing

What 3D Knitting Means for Architecture

InfiKnit™ is the world’s first 3D-knitted ceiling and wall system designed for architectural application. Unlike conventional textile manufacturing — where material is produced in flat sheets and then cut into usable shapes, generating offcuts and waste — 3D knitting produces each component directly in its final geometry.

The knitting process constructs the form itself. There are no offcuts. There is no trim waste. Every gram of yarn input becomes part of the finished product.

The Performance Logic

This manufacturing approach isn’t only about waste reduction. It enables design complexity that would be expensive or impractical to achieve through conventional fabrication. Three-dimensional surface geometry — curves, depth, structured texture — can be produced consistently and repeatably across a ceiling or wall installation.

The InfiKnit™ system integrates with NOWN’s CircuLUM™ aluminium framing, which creates a resolved system combining textile depth with structural clarity. Installation uses a concealed connection system that simplifies the process on-site — panels clip or tension into the frame without requiring specialist finishing trades.

Zero Material Waste — What It Actually Means

InfiKnit™ is produced with zero material waste in its manufacturing process. This is a process-level outcome, not an approximation. Combined with 40% reduced water usage during production compared to conventional textile manufacturing methods, the environmental footprint of the material is substantively lower than alternatives.

For architects working on projects with embodied carbon targets or material content requirements, InfiKnit™ offers a genuinely differentiated position — not just aesthetically, but on the sustainability metrics that increasingly inform specification.

Where InfiKnit™ Belongs

InfiKnit™ suits spaces where surface quality matters — hospitality, cultural institutions, high-specification commercial interiors, feature ceiling and wall applications. It brings material depth to a ceiling plane that would otherwise be flat, and does so with a manufacturing logic that resolves both the visual and the environmental brief.

Explore the InfiKnit™ system →