** 3D printer creating suspended object inside clear gel tub using innovative manufacturing technique

Designer's Gel Printing Cuts 3D Manufacturing Waste

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A TED Fellow invented a way to 3D print objects inside gel, eliminating gravity's limits and drastically reducing waste. The breakthrough could transform how we make everything from medical devices to spacecraft parts.

Traditional 3D printing has been stuck in a frustrating loop: it promised to revolutionize manufacturing but mostly just churns out expensive prototypes while generating mountains of waste.

Designer and TED Fellow Schendy Kernizan just changed that equation. He developed a technique that prints objects directly into a tub of gel, freeing manufacturers from the constraints of gravity.

Here's why that matters: conventional 3D printing builds objects layer by layer from the ground up, requiring support structures that later get thrown away. It's slow, wasteful, and limits what shapes you can actually create.

Kernizan's gel printing flips that script entirely. The gel supports the object from all sides as it forms, meaning you can print in any direction without extra scaffolding. No wasted material. No gravity pulling things down before they solidify.

Designer's Gel Printing Cuts 3D Manufacturing Waste

The applications span nearly every industry imaginable. Medical teams could print custom implants or organs with complex internal structures that current methods can't handle. Fashion designers could create intricate garments with zero fabric waste.

Space agencies are particularly excited because this method works in zero gravity environments. Astronauts could manufacture tools and parts aboard spacecraft without the limitations of Earth-based printing.

The Ripple Effect

This innovation arrives at a critical moment for sustainable manufacturing. The traditional 3D printing industry generates significant waste through failed prints and discarded support materials, undermining its promise as an eco-friendly alternative.

Kernizan's approach solves multiple problems at once. Companies can produce complex designs faster while cutting material costs and environmental impact. Early adopters are already testing the technology for commercial production.

The gel itself can be reused, making the entire process circular. What gets printed today doesn't prevent tomorrow's manufacturing.

HOPEFUL CLOSE: Sometimes the best way forward isn't building higher, it's rethinking which direction we build at all.

Based on reporting by TED

This story was written by BrightWire based on verified news reports.

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