Haddy MicroFactory Interview: From Disney's Jungle Cruise to the Future of On-Demand Furniture

What Is a MicroFactory?

Haddy started with a simple observation: the way we manufacture physical products hasn't kept pace with the speed of digital design. In furniture and the built environment, production still relies heavily on molds, tooling, and global supply chains that can take months to deliver a product.

"Not to mention the waste that ends up in landfills," said Erin Smith, VP of Sales at Haddy, in an interview with 3Dnatives. "This current model makes customisation difficult, slows innovation, and requires retailers to carry large amounts of inventory."

Founder Jay Rogers had been working on distributed manufacturing concepts for years and saw an opportunity to apply those ideas to large-format additive manufacturing. The result: the MicroFactory — a highly automated, digitally driven production environment capable of producing large physical products quickly and close to where they're needed.

The Disney Jungle Cruise Canoe

One of Haddy's most high-profile projects came from an unlikely source: Disney Imagineering. The team produced a full-scale canoe for the iconic Jungle Cruise attraction at Disneyland using polymer composite materials and robotic additive manufacturing.

This wasn't just a decorative prop. The canoe needed to visually resemble a traditional carved wooden vessel while benefiting from modern materials and manufacturing methods. Because the design process was fully digital, the geometry could be developed and refined quickly before being printed directly at full scale.

The project demonstrated how large-format additive manufacturing can support immersive storytelling at scale — and it's a model Disney Imagineering is increasingly exploring for themed environments.

Robotic Printing at Industrial Scale

At the heart of the MicroFactory are multiple robotic printing systems that deposit fibre-reinforced thermoplastic composites at industrial scale. These systems can produce objects up to 14 metres long — far beyond what traditional FDM or SLA systems can achieve.

But what sets Haddy apart is the hybrid nature of these robots. They can both print and machine parts, allowing the team to move directly from additive manufacturing to finishing operations without transferring parts between machines. This reduces lead times and improves dimensional accuracy on the final product.

Digital Manufacturing vs. Traditional Services

Haddy positions itself as a 3D digital manufacturer rather than just a 3D printing service. The distinction matters: a traditional service bureau runs equipment to execute designs handed to it. A digital manufacturer builds a factory that runs on data.

"The design file becomes the instruction for manufacturing," Smith explained. "This allows us to produce custom products, iterate quickly, and manufacture at scale without retooling. The factory becomes a platform rather than a single-purpose production line."

This model means Haddy can produce a wide range of products — from furniture and architectural elements to moulds and boats — using the same core infrastructure. Customisation isn't a premium add-on; it's the default mode of operation.

What This Means for the Industry

The MicroFactory model represents a broader shift in how large-format additive manufacturing is being deployed. Rather than competing with traditional manufacturing on cost, these operations compete on lead time, customisation, and supply chain resilience.

For designers and architects, it means concepts can go from digital file to physical installation in weeks rather than months. For retailers, it means eliminating large inventory commitments. For the environment, it means reducing the waste associated with moulds, tooling, and overseas shipping.

As the technology matures and printing speeds improve, expect to see more MicroFactory-style operations emerge — not just in furniture, but across architectural elements, marine applications, and industrial moulds.