Embedded-Deposition 3D Printing with Curable Support Gel ID: 2019-027

A revolutionary 3D printing technique that enables high-resolution printing of low-viscosity materials like silicone rubber.

Technology Overview

This novel 3D printing method utilizes a curable support gel to facilitate the printing and solidification of low-viscosity inks. Known as embedded-deposition printing, this technique allows for the precise formation of solid objects from materials that are typically challenging to print due to their fluid nature. By depositing the ink into a supportive gel that cures selectively around it, this method overcomes common issues such as poor adhesion and structural instability encountered in traditional 3D printing processes.

Key Advantages

• Enables the use of low-viscosity materials for 3D printing
• Improves the resolution and geometric fidelity of printed objects
• Reduces instability and structural issues during printing
• Supports a wide range of materials, including various silicone rubbers

Problems Addressed

• Instability and structural integrity issues in printed objects
• Poor layer-to-layer adhesion in low-viscosity material printing
• Limitations in the range of materials that can be accurately printed

Market Applications

• Medical modeling and prosthetics
• Soft robotics manufacturing
• Animation and realistic model creation
• Customized manufacturing for low-volume, high-precision items

Additional Information

Technology ID: 2019-027
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025