3D Printing Farm 2.0: From 10,000-Unit Scale to Manufacturing Logic – The Next Evolution in Consumer 3D Printing

Over the past two years, the concept of the "3D printing farm" has emerged from nothing and rapidly scaled in an extremely short period. From starting with just a few machines at home to now operating hundreds, thousands, or even tens of thousands of units in centralized setups, this has long moved beyond the traditional notion of a "farm" and is evolving into something much closer to a 3D printing factory rooted in manufacturing logic.

The reason we are proposing the concept of 3D Printing Farm 2.0 at this particular moment is not sudden whim. One very direct catalyst is the recent series of moves by Huina Technology.

Whether it's their plan to deploy 15,000 machines with the aim of building the world's largest 3D printing farm, or their recent acquisition of Huasu Industrial—a farm-scale operation with over a thousand machines—when you look at these moves together, one thing becomes clear:

3D printing farms are moving toward a new stage: the 10,000-unit scale.

Against this backdrop, it's clearly no longer appropriate to view farms through the old lens of "a few machines set up at home." When equipment scale reaches the tens of thousands, a farm is no longer just a scaled-up business model—it begins to operate within the logic of manufacturing.

That's precisely why we believe now is the right time to seriously discuss: What exactly is the 2.0 version of the 3D printing farm?

The "Honeymoon Period" of 3D Printing Farms: A Once-in-a-Lifetime Opportunity

History tells us: When a business becomes something "anyone can do," its profitability is essentially already capped.

3D printing farms are no exception. If we go back to the summer of 2023, the concept of the "farm" was just emerging. The only ones who had truly entered the space were a small number of sharp-eyed 3D printing professionals with early access to foreign trade channels. In those first few months, this group was largely "making money quietly."

It wasn't until November 2023, when 3D-printed dragon eggs exploded in sales on cross-border e-commerce platforms, that the market was truly ignited. It was from this moment onward that the 3D printing farm was rapidly pushed into the spotlight, becoming a widely discussed and quickly replicated business model.

1.1 The Days of Recouping Investment in Three Months Are Now Just Memories

During that explosive period, "three months to break even" was no exaggeration. Some people even earned back the cost of their machines in just one month. The reason wasn't complicated: there were few machines and even fewer competitors, but demand was right there in front of everyone. As long as you could secure orders and keep your machines running, recouping your investment happened fast.

But the problem is, this kind of payback speed wasn't the result of capability—it was a dividend of the market phase. As more and more people entered the game, buying machines in bulk and expanding capacity, the "payback myth" gradually came to an end.

1.2 High Unit Prices of 0.2–0.3 RMB per Gram Are a Thing of the Past

Another change that many farm owners can intuitively feel is the continuous—and nearly irreversible—decline in unit prices. We've now entered the era of 0.06 to 0.08 RMB per gram.

The reason high prices could be commanded in the early days wasn't because printing was particularly complex; it was because few people knew how to print, and even fewer could deliver consistently. But as the number of machines grew rapidly and experience was continuously replicated, the mere ability to "print" no longer constituted a barrier.

In this context, it's only a matter of time before prices settle into the reasonable range of manufacturing—an inevitable path for any manufacturing industry.

1.3 Viral Products Are Scarcer, and the Cost of Waiting Keeps Rising

What worries many farm owners now isn't really the price—it's the question: "When will the next hit product arrive?"

The reason is simple: hit products mean capacity utilization. Machines can run at full load, 24/7—this is the most comfortable state for a farm.

But the reality is, phenomenon-level hits like the 3D-printed dragon are unlikely to appear again. Even if new popular products do emerge, their life cycles are getting shorter and shorter. They are quickly copied, mass-produced, and price-slashed, leaving farms with a very narrow window of opportunity.

More critically, if a farm bases its entire operational logic on "waiting for the next hit," it has essentially already lost control of its own initiative.

The Commercialization Path of 3D Printing Farms Is Gradually Becoming Clear

After two years of development, the question of whether 3D printing farms "can work" is no longer the issue. The real question now is: who can keep going, and how?

At present, a clear "watershed" has already emerged among farms. Farms of different sizes and capabilities now face fundamentally different paths. In the past, we typically categorized farms into four tiers: small, medium, large, and ultra-large.

2.1 Leading Farms: From "Owning Capacity" to "Orchestrating Resources"

Based on our observations, a number of influential leading farms have already begun to gain a certain degree of industry leverage. Their competitiveness is no longer just about "how many machines they own," but whether they can organize and utilize more capacity beyond their own.

Specifically, their core capabilities manifest in three areas: the ability to deliver consistently, the ability to respond quickly to demand fluctuations, and the ability to maintain smooth delivery under complex conditions.

In this context, owning equipment is merely the foundation. What truly sets them apart is their resource allocation and scheduling capability. In a sense, these leading farms have already stepped into 3D Printing Farm 2.0 ahead of the curve.

2.2 Mid-Tier Farms: Finding Their Niche in the Cracks

Mid-tier farms typically own around 400–500 machines, but they have largely stopped blindly expanding their scale. Instead of adding more machines, they tend to maintain their current capacity while gradually focusing their direction.

Specifically, these farms often no longer rely solely on product selection. Instead, they begin hiring one or two designers to develop their own products. Once a certain product proves successful in a specific application scenario, they choose to continuously deepen that focus rather than frequently switching directions.

At the same time, their operational logic is shifting—from the previous emphasis on "taking more orders" to a greater focus on "taking the right orders." At this stage, scale is no longer the sole objective; stability and sustainability have become more realistic and more important priorities.

2.3 Small Farms: Large-Scale Elimination, but "Small & Beautiful" Survives

It is foreseeable that many 3D printing farms with dozens—or even fewer than 200—machines will gradually exit the market. The reason is not that 3D printing has no future, but that the traditional farm model has reached the end of its life.

Those being eliminated are mainly farms that rely on community-based order-taking, lack proprietary channels, have no design capabilities, and operate without systematic management. These undifferentiated small farms will find it extremely difficult to survive in an environment of highly transparent production capacity.

However, a portion of "small but beautiful" farms will persist. These typically possess design or customization capabilities, focus on non-standard, small-batch, high-flexibility demands, and have established a clear positioning within specific niche segments.

A Farm with Tens of Thousands of Machines Is Certainly Not Here for a Price War

Many people's first reaction upon hearing about a 10,000-unit farm is: "Here comes the price war." But in reality, large-scale farms cannot—and should not—compete on low prices.

The reason is simple: large farms are actually more expensive to operate.

3.1 Cost Structure Dictates: Large Farms Cannot Operate at Low Prices

Tens of thousands of machines mean fixed costs for facilities, electricity, and compliance; supporting management, operations, maintenance, and quality control systems; higher labor costs; and non-negligible downtime losses.

Small farms, by contrast, operate on an entirely different logic: residential electricity, no formal staffing, almost zero marginal costs, and the ability to simply "shut down and wait for orders."

For this reason, large farms inherently lack a price advantage. Engaging in a race to the bottom over fractions of a cent per gram is essentially pitting industrial-grade costs against cottage-industry costs—a battle that is almost certainly unwinnable.

But this does not mean they won't take orders away from smaller players. What truly sets them apart is not price, but delivery certainty, risk controllability, and responsiveness to demand changes. This is precisely why we've recently heard feedback from many farm owners that they are not rushing to add more machines, but are instead choosing to wait and see.

3.2 The Essence of a 10,000-Unit Farm Is Manufacturing Thinking

When farm scale reaches this level, the term "farm" itself is no longer accurate. These are, in fact, factories.

Indeed, what we call Farm 2.0 is not simply about stacking more and more machines. It requires, step by step, achieving real-time visibility of equipment status, standardized execution of process parameters, and automated order splitting and scheduling via systems. Only then does scale stop being a burden and become manageable production capacity.

Furthermore, a farm with tens of thousands of machines cannot sustain itself on toys alone in the long run. Whether it's fixtures and jigs, repair and replacement parts, or small-batch structural components—these industrial demands will be distinctly different from current mainstream operations and are poised to become higher-value secondary growth drivers.

3.3 Mega-Farms Are More Foxconn Than Taobao OEMs

In our view, for a 10,000-unit-scale 3D printing farm like Huina Technology's, the business logic can no longer follow the traditional farm model.

This means they will not take on scattered low-price orders that look profitable on the surface but actually lose money, nor will they bet the bulk of their capacity on short-cycle viral products.

Instead, the more rational path is to directly connect with platforms, brands, or designers/IP through deep integration: on one hand, taking on sustained, predictable volume orders with a focus on manufacturing execution; on the other hand, participating in the co-development of hit products to gradually gain pricing power.

To put it more bluntly: the role of a 10,000-unit farm is closer to a Foxconn-style manufacturing organization than a "Taobao OEM workshop."

It is worth noting that Farm 2.0 also requires a new breed of cross-disciplinary talent. These will be key players focused on building systems and manufacturing capabilities—such as heads of manufacturing systems, system product managers, strategic account managers, process standardization engineers, and data and cost analysis leads.

The True Direction of 3D Printing Farm 2.0: Production Platformization

If Farm 1.0 was about solving the problem of "whether capacity exists," then by Farm 2.0, what the industry truly needs to solve is how capacity should be organized and utilized. When equipment quantity is no longer scarce, the core differentiator becomes who can run manufacturing smoothly and reliably.

4.1 Farm 2.0 Is No Longer Product-Centric

In this new stage, competition among farms is no longer about who has produced more products or caught more hits. It is about who possesses stronger manufacturing capabilities. This capability is reflected in whether one can dispatch capacity effectively, fulfill orders consistently, and scale up or down quickly in response to demand changes.

4.2 Production Platformization: The Inevitable Evolution of the Industry

As design, demand, and manufacturing begin to be reconnected, the role of the farm is also transforming.

It is no longer the center of order-taking, but a node within a manufacturing system; no longer an isolated "farm," but gradually integrated into a larger manufacturing platform. The so-called "de-farming" does not mean the disappearance of farms, but their upgrade—into a more specialized, more standardized, and more reliable manufacturing unit.

3D Printing Farm 2.0 is not a larger farm. It is a more mature manufacturing organization.

In the future, people should not ask: "How much per gram for this order?" Instead, they should ask: "Is this worth the production capacity it would consume?"

That is manufacturing thinking. Not farm thinking.