---
title: "Purdue University and Thermwood join forces on predictive simulation for LSAM"
url: https://www.voxelmatters.com/purdue-university-and-thermwood-join-forces-on-predictive-simulation-for-large-scale-3d-printing/
date: 2025-08-13
modified: 2025-08-13
lang: en
author: "Davide Sher"
description: "Purdue University’s Composites Manufacturing and Simulation Center (CMSC) has entered into a collaboration with Thermwood Corporation, uniting predictive simulation technology with large-scale 3D printing capabilities. This partnership is centered around..."
categories:
  - "3D Printing Processes"
  - "Acquisitions, Mergers & Partnerships"
  - "AM Industry"
  - "Composites"
  - "LFAM"
  - "Materials"
image: https://www.voxelmatters.com/wp-content/uploads/2025/08/dr_byron_pipes_purdue_interview_thumbnail-640x359.jpg
word_count: 397
---

# Purdue University and Thermwood join forces on predictive simulation for LSAM

Purdue University’s Composites Manufacturing and Simulation Center (CMSC) has entered into a collaboration with [Thermwood Corporation](https://www.voxelmatters.directory/company/thermwood-corporation/), uniting predictive simulation technology with large-scale 3D printing capabilities. This partnership is centered around Thermwood’s LSAM (Large Scale Additive Manufacturing) platform and aims to achieve “first-time-right” production of advanced composite parts. By integrating advanced simulation tools into the manufacturing process, the team is accelerating innovation and driving research from the laboratory into real-world production environments.

![Explore the collaboration between Purdue and Thermwood in advanced composites and 3D printing for innovative manufacturing solutions.](https://www.voxelmatters.com/wp-content/uploads/2025/08/dr_byron_pipes_purdue_interview_thumbnail.jpg)Dr. Byron Pipes and Dr. Eduardo Barocio discussed how Purdue, the CAMS Consortium, and Thermwood are reshaping the advanced manufacturing landscape. Their shared vision is clear: enable manufacturers to produce complex, high-performance composite structures more quickly, at lower costs, and with greater precision than ever before.

Dr. Pipes highlighted the unique synergy between academic research and industry application, emphasizing the importance of Thermwood’s culture of innovation. “It is one of the most exciting problems I've worked on… Thermwood is innovative from the very top. Some of the smartest people I’ve ever met work in this organization.”

This partnership addresses one of the most pressing challenges in additive manufacturing—bridging the gap between digital design and physical production. Dr. Barocio underscored the significance of merging predictive simulations with LSAM technology, stating, “By combining our predictive simulations with Thermwood’s robust LSAM platform, we can enable first-time-right printing—not just for composites, but for industry-scale production.”

The collaboration represents a transformation in how manufacturing problems are approached. By using simulation-driven software, manufacturers can predict and prevent defects before printing begins, dramatically reducing waste and rework. Thermwood’s LSAM machines, designed for producing large, complex parts, serve as the ideal platform for implementing these predictive capabilities.

Applications for this work extend far beyond the lab. From aerospace to automotive to defense, industries that rely on advanced composites stand to benefit from stronger, more lightweight structures, faster prototyping cycles, and reduced production costs. The ability to print right the first time is not only a technological milestone but also a critical step toward making additive manufacturing a mainstream production method.

This collaboration reflects a broader trend in large-scale additive manufacturing—leveraging digital tools and simulation to accelerate the adoption of advanced technologies. It also provides a model of how universities, research consortia, and private companies can work together to achieve transformative results. As this technology matures, the prospect of on-demand, custom-designed, large-scale composite parts becomes increasingly viable, opening new possibilities for innovation across multiple sectors.