---
title: "Canopy is taking ceramic additive manufacturing from space back to Earth"
url: https://www.voxelmatters.com/canopy-is-taking-ceramic-additive-manufacturing-from-space-back-to-earth/
date: 2025-07-03
modified: 2025-07-03
lang: en
author: "Davide Sher"
description: "Canopy Aerospace was not born in a conventional garage but within the ecosystem of a NASA-backed innovation program. This initiative aimed to transition breakthrough technologies from government labs into the..."
categories:
  - "3D Printing Processes"
  - "Additive Manufacturing"
  - "Additive Mass Production - AMP"
  - "Aerospace AM"
  - "AM for Space"
  - "Ceramic Additive Manufacturing"
  - "Ceramics"
  - "Materials"
tags:
  - "Featured"
image: https://www.voxelmatters.com/wp-content/uploads/2025/05/AMAT-torch-testing-2-640x360.jpg
word_count: 1155
---

# Canopy is taking ceramic additive manufacturing from space back to Earth

[Canopy Aerospace](https://www.voxelmatters.directory/company/canopy-aerospace/) was not born in a conventional garage but within the ecosystem of a NASA-backed innovation program. This initiative aimed to transition breakthrough technologies from government labs into the private sector through entrepreneurship. “NASA effectively said, ‘Hey, we have this library of relevant technologies for the emerging New Space economy, right? Let’s get them out into the world, not through traditional licensing to incumbent manufacturers but via startups,” says Will Dickson, Chief Commercial Officer at Canopy. This laid the foundation for what Canopy Aerospace would become by exploiting the unique possibilities by binder jetting additive manufacturing of advanced ceramics.

Initially, the company sought to manufacture space shuttle-style heat shield tiles using existing NASA intellectual property. However, once the team began scrutinizing the business model, it became clear that merely replicating legacy methods would not be sustainable or scalable. That realization pushed the company toward additive manufacturing, automation, and digital modeling tools, forming its three technological pillars.

![Learn how Canopy Aerospace emerged from a NASA initiative to transition breakthrough technologies into the New Space economy.](https://www.voxelmatters.com/wp-content/uploads/2025/05/BJAM_2.jpg)ExOne's binder jetting technology has become integral to Canopy's RHAM (Reusable Heatshields through Additive Manufacturing) platform.

From day one, Canopy focused on scalability. “We didn’t want to be a small, buy-equipment-and-use-it type of shop,” Dickson emphasizes. “We wanted something that could flex across defense, space reentry, semiconductors, and even textiles. That’s our hypothesis for building a next-gen supply chain company.”

## Rethinking reentry with additive manufacturing

Canopy’s early vision found practical application in binder jetting technology, which has since become integral to the company's RHAM (Reusable Heatshields through Additive Manufacturing) platform. Unlike conventional ceramic processes—where parts are cast, machined, and manually finished—binder jetting allows Canopy to manufacture components with fewer steps, less waste, and more design freedom.

"The shuttle tiles consist of ultra-high purity, expensive material,” says Dickson. “The traditional process involved a whole line of equipment and highly trained technicians. Binder jetting lets us circumvent all that.”

Indeed, Canopy is leveraging porosity, which most manufacturers aim to eliminate, as a functional feature. Their tiles are intentionally low-density—about 8 pounds per cubic foot—which suits both their thermal requirements and the constraints of the binder jetting process. “We’re taking advantage of the porosity,” Dickson notes. “Where other people want full density, we want the opposite.”

![Learn how Canopy Aerospace emerged from a NASA initiative to transition breakthrough technologies into the New Space economy.](https://www.voxelmatters.com/wp-content/uploads/2025/05/RHAM-Canopy_Logo3.jpg)A fully sintered, proprietary Canopy reusable TPS formulation, rendered in a representative configuration via binder jetting on the InnoventX.

This design philosophy also directly influences Canopy's work with the U.S. Air Force, [which awarded Canopy two contracts totaling $2.8 million in late 2024](https://www.voxelmatters.com/canopy-aerospace-signs-two-usaf-contracts-totaling-2-8-million/). One project involves transpiration-cooled heat shields, which eject fluid from the tile’s surface to cool the leading edge of hypersonic vehicles. The other integrates sensors directly into the tiles—a concept born from Canopy’s software-first, systems-thinking approach to manufacturing.

## From Desktop Metal to a "Canopy" of lessons in ceramics

Canopy’s AM journey began with ExOne’s binder jetting technology, now part of Desktop Metal and transitioning into the Nano Dimension group. “They helped us with early validation,” says Dickson. “As an early-stage startup, building our infrastructure took time. They were essential in helping us quickly prove out some technical assumptions as we stood up in-house manufacturing capability.”

However, reliability became a key criterion as the startup matured. “There’s intrinsic risk in anything technical you do,” he explains. “We didn’t want to experiment with bleeding-edge machines. We wanted reliability, repeatability—something proven.” That philosophy extended beyond printers to every part of the company’s production ecosystem. They even chose automotive-grade robots for their exotic spray systems because of the proven uptime and reliability.

![Learn how Canopy Aerospace emerged from a NASA initiative to transition breakthrough technologies into the New Space economy.](https://www.voxelmatters.com/wp-content/uploads/2025/05/RHAM_Coated.jpg)A specimen of Canopy’s proprietary reusable TPS formulation, enhanced with silicide coatings to bolster durability and emissivity for spaceflight applications.

Although industry transitions like ExOne becoming Desktop Metal and the recent acquisition talks involving Nano Dimension might worry other customers, Canopy has remained unfazed. “We’re not a power user buying hundreds of machines yet. We’ve got our setup, and it works for our development cycle,” explains Dan Wilson, Director of Commercialization at Canopy Aerospace.

Canopy’s ambitions are not confined to orbital missions. While space reentry tiles remain their flagship product, the company is already exploring new applications in power electronics, semiconductor plasma chambers, and textile machinery. “We’re seeing opportunities in places like complex cold plates and heat exchangers,” Wilson points out. “People are just now realizing they can 3D print high-conductivity ceramics.”

Yet market education remains a hurdle. “We still run into engineers who say, ‘I didn’t even know you could print ceramics,’” Wilson continues. This gap underscores the difficulty of commercializing AM ceramics and the opportunity for a pioneer like Canopy to lead the way.

AM ceramics are slowly gaining traction in some industries, such as investment casting. “You have to be visionary,” Wilson notes. “Casting houses have been around forever, and not all are eager to change. But the ones who do are going full speed ahead.”

![Learn how Canopy Aerospace emerged from a NASA initiative to transition breakthrough technologies into the New Space economy.](https://www.voxelmatters.com/wp-content/uploads/2025/05/Image-1.jpg)

## Scaling challenges for a revolution in ceramics

Canopy is at a critical inflection point. The company is now actively seeking to transition from one-off development projects to scaled production. But as Dickson pointed out, this isn’t just a question of buying more printers. “One of the existential questions in ceramics AM is, how do you qualify machines for production?” he asked. “Especially when your customers are flying things at Mach 10 or bringing them back from space.”

Their strategy includes direct flight testing of sensor-embedded tiles next year, skipping several traditional development stages. “Instead of performing an endless regimen of lab-testing, we’re doing intelligent tests as needed but focusing on flying them,” says Dickson. “We have tools NASA didn’t have 50 years ago. We’re using them.”

By fast-tracking these high-performance components through partnerships with agencies like the Missile Defense Agency, Canopy hopes to set the standard for next-gen TPS qualification and manufacturing processes. “If no one else has the answer, the opportunity is yours to define it,” Dickson says.

Ceramic additive manufacturing still exists in a niche zone—rarely embraced at scale and often misunderstood. But that reality may soon change with Canopy Aerospace pushing boundaries in spaceflight, defense, and commercial sectors. Their business model is predicated on technological novelty and building an elastic, versatile supply chain that can scale into serial production by leveraging ceramic binder jetting's large build volumes

![](https://www.voxelmatters.com/wp-content/uploads/2025/05/BJAM_3.jpg)

We own five ceramic printers from different companies, ranging from laser-based and DLP stereolithographic processes to filament material extrusion. Binder jetting is ideal for part production, but each technology holds specific benefits. We've explored pluses and minuses to understand what the industry offers on the printer side and develop specific materials expertise.”

As Wilson notes, “This industry will look very different in five years. It could be overhyped, or it could be ready to explode. But if you're in early and smart about it, you can help shape the future.”

With a mission grounded in pragmatism but reaching for orbit, Canopy Aerospace is making a strong case that the future of ceramics is not only additive—it’s adaptive, resilient, intelligent, and ready for launch.