---
title: "Lynxter and 3Deus Dynamics parnter to advance silicone 3D printing"
url: https://www.voxelmatters.com/lynxter-and-3deus-dynamics-parnter-to-advance-silicone-3d-printing/
date: 2025-01-07
modified: 2025-01-07
lang: en
author: "Davide Sher"
description: "The silicone 3D printing industry has entered a new phase of innovation, driven by rapid technological advances and increasingly complex applications. In this evolving landscape, Lynxter, a global leader in..."
categories:
  - "Acquisitions, Mergers & Partnerships"
  - "AM Industry"
  - "Materials"
  - "Thermosets"
tags:
  - "future"
image: https://www.voxelmatters.com/wp-content/uploads/2025/01/Training-surgery-640x480.jpeg
word_count: 522
---

# Lynxter and 3Deus Dynamics parnter to advance silicone 3D printing

The silicone 3D printing industry has entered a new phase of innovation, driven by rapid technological advances and increasingly complex applications. In this evolving landscape, [Lynxter, a global leader in industrial and medical elastomer 3D printing](https://www.voxelmatters.directory/company/lynxter/), has partnered with [3Deus Dynamics, the inventor of Dynamic Molding technology](https://www.voxelmatters.directory/company/3deus-dynamics/) to advance silicone 3D printing. This strategic collaboration combines Lynxter's expertise in additive manufacturing hardware with 3Deus Dynamics’ revolutionary process for creating intricate and functional silicone parts.

## What is Dynamic Molding?

[Dynamic Molding, a groundbreaking approach pioneered by 3Deus Dynamics](https://www.voxelmatters.com/looking-behind-the-french-am-industrys-curtain-at-3d-print-lyon/), transforms traditional Material Extrusion (MEX) processes by introducing a novel method of automated material deposition. Unlike conventional techniques, this process uses a granular medium as a support system, eliminating the need for traditional support structures. This allows the production of highly complex and gravity-defying parts. For example, anatomical models and organ replicas can be created with unmatched precision, saving time and resources during production.

This innovative process also enables the integration of functional powders into the printed material, creating advanced composites with properties such as fire resistance, conductivity, electromagnetic shielding, and enhanced mechanical strength. Beyond its technical advantages, Dynamic Molding is environmentally sustainable. The granular powder used as a temporary support can be reused, making the process entirely waste-free. This aligns with global efforts to promote eco-friendly manufacturing while producing durable parts with exceptional long-term performance. As concerns grow about the toxicity and limited durability of photopolymerization techniques like SLA, DLP, and LCD, Dynamic Molding emerges as a safer, more sustainable alternative.

## Silicone 3D printing in the making

The versatility of Dynamic Molding has opened new possibilities across several industries, including healthcare, aerospace, and defense.

In healthcare, the technology has revolutionized surgical planning, medical training, and device development. Silicone anatomical models closely mimic the haptic and biomechanical properties of human tissues, offering unparalleled realism for surgical simulation. These patient-specific models enhance surgical precision, reduce risks, and minimize the need for animal or cadaver testing. From oncology to orthopedics, this innovation is reshaping how healthcare professionals prepare for and execute complex procedures.

https://www.youtube.com/watch?v=NNdVBcF8HVE

In aerospace, defense, and industrial sectors, Dynamic Molding has demonstrated its capability to meet stringent performance standards. High-temperature-resistant components, conductive seals, electromagnetic shielding parts, and fire-resistant materials are just a few examples of its applications. These solutions are particularly valuable for protective equipment and other critical uses where durability and precision are essential.

## Adopting Dynamic Molding

The benefits of this partnership are accessible through dedicated production and application centers. The 3Deus Dynamics production facility, certified under ISO 13485 for medical device manufacturing, provides expertise in functionalized composites and flexible part production. In Bayonne, the Lynxter Application Center offers technical support, feasibility testing, and solution integration services.

The Dynamic Molding process is also fully compatible with Lynxter’s S300X 3D printer, which can be considered a benchmark in elastomer printing. With the LIQ21 and LIQ11 modules, the S300X is equipped to handle this innovative process. A comprehensive package includes everything needed to get started, from material bundles and tray adapters to detailed design guidelines and expert consultation. This modular system is designed and manufactured in France, ensuring a seamless integration into the well-established Lynxter ecosystem.