WorkFar Robotics expands contract manufacturing services at world’s largest humanoid robot factory

WorkFar Inc., a privately held U.S.-based robotics manufacturer, is expanding its offerings beyond autonomous humanoid robots to include large-scale contract manufacturing services, inviting companies to reshore their production within its state-of-the-art facilities. As geopolitical trade tensions, rising tariffs, and global supply chain disruptions drive a wave of nearshoring and domestic manufacturing resurgence, WorkFar is positioning itself as a premier domestic partner with Industry 5.0 capabilities.

The company operates what it claims to be the world’s largest factory for industrial humanoid robots, and now offers its manufacturing footprint to external customers across sectors including aerospace, automotive, defense, logistics, and consumer electronics. This strategic move allows WorkFar to capitalize on its robust U.S.-based infrastructure while supporting broader industrial reshoring trends in the wake of prolonged dependency on overseas production, especially in Asia.

Why WorkFar is entering contract manufacturing alongside robots

While WorkFar Robotics is best known for its development of remote-operated humanoid robots built for hazardous or undesirable jobs—such as chemical handling, logistics automation, or heavy-duty manufacturing—the company’s business model has always involved full in-house production of every component. From plastic injection molding and CNC machining to product assembly and prototyping, WorkFar’s factories are vertically integrated, enabling high precision and fast turnaround times.

Now, with an expanding customer base that already includes General Electric, Toyota, BMW, Bosch, Emerson, Daifuku, and the U.S. Department of Defense, the company is formally opening up its manufacturing capabilities to third-party contracts. This includes not just robot parts but also unrelated products spanning consumer goods, industrial equipment, and specialized tooling.

WorkFar’s decision reflects a dual-pronged growth strategy: increase utilization of existing high-capacity infrastructure while building new revenue streams from manufacturers seeking to decouple from volatile offshore supply chains. According to industry observers, this shift also reflects rising demand for U.S.-based manufacturing amid shifting global trade frameworks and pandemic-era lessons.

What manufacturing services does WorkFar offer?

WorkFar’s facilities support a broad array of services essential for end-to-end hardware production. These include plastic injection, tool and mold building, 3D printing, CNC machining, sheet metal fabrication, and full product assembly. In addition, the company offers value-added services such as design-for-manufacturability consultation, prototyping, and secondary operations.

Unlike conventional contract manufacturers, WorkFar has optimized its facilities with intelligent automation, aligning with the Industry 5.0 vision—where human creativity is augmented by collaborative robotics and digital twin simulations. The result is a hybrid production model that combines scalability, cost-efficiency, and extreme precision.

The company’s automation infrastructure is already tailored to assemble thousands of high-tolerance components used in its own humanoid robots. These parts include hand and joint mechanisms, omni-wheel bases, torsos, and structural assemblies—many of which are fabricated from proprietary designs. Now, external clients can tap into the same advanced manufacturing stack.

Who is using WorkFar’s U.S. production footprint?

The list of WorkFar’s manufacturing clients spans high-profile industrial giants and government entities. Past and current partners include General Electric, Bosch, Toyota, BMW, Daifuku, Emerson, Mazak, Dematic, Applied Industrial, and the U.S. Department of Defense. These organizations value the company’s ability to deliver quality parts domestically at competitive rates, while avoiding the delays and unpredictability of offshore sourcing.

In fact, WorkFar’s vertically integrated approach has already provided customers with shorter lead times, reduced logistics risks, and easier quality control. The use of U.S.-based facilities also aligns with ESG and sustainability goals, reducing carbon footprints associated with long-distance shipping and rework.

According to company statements, WorkFar’s manufacturing efficiencies and automation help lower costs enough to compete favorably—even against some Asian suppliers. For industries facing tariff pressure or labor shortages abroad, this capability offers an attractive alternative.

Why reshoring is gaining momentum across U.S. industry

WorkFar’s pivot into broader contract manufacturing comes as the U.S. continues to see a structural resurgence in reshoring and nearshoring. According to the Reshoring Initiative, more than 350,000 manufacturing jobs were reshored in 2023 alone, driven by inflation, geopolitical risk, and government incentives under policies such as the CHIPS and Science Act and the Inflation Reduction Act.

This shift is especially pronounced in critical sectors such as semiconductors, defense, automotive (especially EV supply chains), and advanced robotics. For example, industrial OEMs are seeking partners that can guarantee continuity, precision, and IP protection within U.S. borders.

WorkFar, whose oldest factory has been in continuous operation for over four decades, now positions itself as a turnkey reshoring partner with modern capabilities, experienced labor, and substantial capacity.

How humanoid robot production built the foundation

WorkFar began developing its own humanoid robots years before the 2023–2024 hype cycle saw companies like Tesla announce large-scale humanoid robot ambitions. To maintain tight quality control and ensure safety, WorkFar chose not to outsource robot manufacturing. Instead, it invested in acquiring and upgrading its flagship U.S. factory in 2021 and now has a blueprint for scaling robot production by another order of magnitude through acquisitions and capacity expansion.

The robots are engineered for remote operation in settings that are too hazardous for humans, but which still require dexterity and judgment—traits not yet automatable with AI alone. WorkFar’s humanoids are already deployed in chemical plants, logistics centers, and industrial sites, serving as a human-extension interface for dangerous environments.

That infrastructure—along with the component-level production expertise—has now become the backbone of WorkFar’s contract manufacturing offer.

Industry sentiment and early reactions to the announcement

Though privately held, WorkFar’s entrance into the domestic contract manufacturing arena has been met with optimism from analysts tracking the reshoring trend and automation supply chains. Some industry consultants note that WorkFar’s expansion could offer a valuable source of capacity for startups and mid-tier OEMs that struggle to secure production runs from larger Tier 1 suppliers.

The Department of Defense’s continued engagement with WorkFar may also be seen as a signal of strategic trust in the company’s production reliability, especially for components tied to national security or critical infrastructure.

While competitors in the industrial robotics space have focused on licensing, software development, or outsourced fabrication, WorkFar’s approach of controlling the entire hardware stack positions it uniquely in the contract manufacturing ecosystem.

What’s next for WorkFar’s manufacturing model?

According to internal disclosures, WorkFar plans to grow its global manufacturing footprint significantly through acquisitions, with an eye toward enabling mass deployment of its humanoid robots. That effort will naturally expand its contract manufacturing capacity as well.

The company is also investing in AI-assisted design-for-manufacturing and digital twin simulation technologies that will allow prospective customers to test concepts virtually before committing to production runs. Additionally, WorkFar is exploring modular cell-based production models that can be replicated across different regions to support just-in-time manufacturing strategies.

As the U.S. industrial base continues its digital transformation, companies like WorkFar are poised to serve both the high-specification robotics sector and the broader wave of reshored manufacturing demand.