Gasgoo Munich- On May 15, Bowintec announced it has closed a Pre-A funding round worth nearly 300 million yuan.
The round was led by Yuanhe Chenkun, with existing backers Boyuan Capital and Bosch Ventures doubling down. New investors included Yuanhe Holding, Jingu Capital, and Dongrong Yihao. The fresh capital will bankroll the mass production of its first proprietary industrial embodied AI robot, alongside building out industrial data collection and model platforms, and fueling market expansion.
Less than a year since its inception, Bowintec has already built a remarkably solid track record. It rolled out its first industrial-grade embodied AI robot, the BW10-Lite, and validated it on United Automotive Electronic Systems (UAES) production lines. The startup also locked in a three-year procurement deal with Dijie Industrial for nearly 2,000 robots. Globally, its letter-of-intent orders now total hundreds of millions of dollars, spanning sectors from automotive and auto parts to logistics sorting.
These milestones signal that a company born with deep industrial DNA is moving fast enough to prove a broader point: the industrial value of embodied intelligence is ready to be cashed in.
Standing on the Shoulders of Bosch and Galbot
The Bowintec story began in June 2025.
United by the goal of scaling embodied AI in industrial settings, Bosch China, Boyuan Capital, and Galbot signed a strategic partnership memo on June 17, 2025, officially announcing the formation of the joint venture "Chengmai Bowintec Technology Co., Ltd." (Bowintec for short).
Image Source: Boyuan Capital
For Bosch, this was never just a financial bet.
Boyuan Capital, for its part, set up a wholly-owned platform called "Boyuan Qishi" specifically for this initiative. Positioned to systematically restructure the embodied robotics ecosystem, the platform uses "collaborative incubation" as its core strategy—partnering with leading AI tech firms to launch startups focused on product R&D and commercial deployment.
Bowintec is the first pilot project under this model.
Strategically, Bowintec zeros in on highly complex manufacturing processes. It targets key areas where traditional automation falls short—like complex parts handling, precision assembly, and flexible quality inspection—developing agile, high-precision solutions such as dexterous robotic hands and single-arm robots.
To that end, Bowintec signed a strategic memo with UAES right at its founding to establish the "RoboFab" joint laboratory for embodied AI robots. The lab focuses on piloting embodied AI in typical manufacturing steps, aiming to close the loop from algorithmic models straight to production systems.
In the words of Boyuan Qishi CEO Han Lu, Bowintec acts like an "industrial Tinder"—matching the scenario resources of Bosch and UAES with the technical prowess of Galbot.
Image Source: Bowintec
Specifically, Bosch brings more than just capital to the table. It provides real production line resources, industrial data, and pilot support—along with supply chain access and pathways to overseas markets.
Scenario support is particularly crucial. As a global industrial giant, Bosch knows exactly which factory tasks are crying out for robots, and it understands how to transform a lab concept into a product that runs reliably on the line.
Galbot, meanwhile, supplies the complete embodied AI tech chain: perception, decision-making, and execution.
As a top player in the embodied AI space, Galbot focuses primarily on the R&D and mass production of embodied foundation models and humanoid robots. It has already achieved full-stack, in-house development—from "tens of billions of high-quality data sets" to "embodied foundation models" and down to the "robot body" itself.
In the view of Galbot founder Wang He, smart manufacturing is shifting from "process-driven" to "cognition-driven"—and foundation models are the engine behind that cognition.
With scenarios and technology in place, what was missing was someone to translate the two into a product.
Enter Bowintec CEO Ren Jingwei. With stints at KUKA, Swisslog, and TCL under his belt, he is no stranger to industrial robots or the factory floor.
The core team he assembled reflects that same blend. Drawn from KUKA, Alibaba, and BYD, its members have navigated the mud of manufacturing and pushed against the boundaries of frontier tech.
In other words, they don't just know what factories actually need—they know how to deliver it through technology.
Closing the Commercial Loop
A pedigree is one thing; execution is another.
Clearly, Bowintec hasn't let its shareholders or industry partners down.
From its founding to product deployment, and now to securing market-driven funding, the venture has moved far faster than the industry expected.
Image Source: Bowintec
In February, Bowintec officially launched its first commercial product: the BW10-Lite, an industrial-grade embodied AI robot.
On paper, the robot is decidedly hardcore. It features robust dual arms, each capable of an 8-kilogram payload. A 4WD chassis with four-wheel steering allows omnidirectional and crab-like movement—meaning it can weave through tight spaces alongside production lines. Integrated with six cameras, eight-channel ultrasonic sensors, and one LiDAR, it builds a 360-degree perception system. Paired with dual hot-swappable batteries, it can operate 24/7.
According to Bowintec, the BW10-Lite offers dual-arm operation, high repeatability, and rapid station-switching—covering more than 60% of manual assembly scenarios.
Right out of the gate, the BW10-Lite was deployed and validated on UAES production lines.
That was largely possible because Bowintec engineers are stationed full-time at the UAES plant, working right next to the operators. Iterating technology on a live line ensures the product "adapts on arrival," precisely targeting real industrial pain points.
Building on this, Bowintec plans to release a higher-payload version, the BW10, sometime in 2026, further expanding its ability to replace manual labor in industrial handling and sorting.
In April, the company signed an agreement to establish a presence in the Suzhou Industrial Park. It plans to invest 1 billion yuan to build an R&D center and a high-end manufacturing base for embodied AI robots, creating an end-to-end platform spanning R&D, engineering, pilot validation, and mass production.
Suzhou is a national manufacturing powerhouse, home to three trillion-yuan industrial clusters in electronic information, equipment manufacturing, and advanced materials. The city has also listed embodied AI robots as a top-ten future industry. Bowintec's decision to put down roots there was clearly a calculated move.
Image Source: Bowintec
On April 29, Bowintec took another step, signing a strategic partnership with Dijie Industrial to bring its embodied AI robots into logistics sorting.
Under the agreement, Dijie Industrial will purchase nearly 2,000 BW10/BW10-Lite units over the next three years. That figure signals Bowintec's robots are moving past the lab-prototype phase and entering genuine scaled delivery.
Notably, this strategy of "deeply binding with lighthouse clients" is driven by a longer-term logic: the data flywheel. The more robots running in factories, the richer the real-world production data. Richer data strengthens the models; stronger models unlock more scenarios, which in turn attracts more clients.
Currently, Bowintec is simultaneously building an industrial embodied vertical model and a smart task management platform, forging a synergistic tech ecosystem of "hardware + platform + model."
Bowintec isn't the only player on this path, but the cards it holds are distinctly different. Bosch's industrial scenarios serve as a fertile testing ground to rapidly refine products. Galbot's model capabilities provide a solid technological foundation. And Boyuan Qishi's industrial resource coordination, supply chain integration, and global reach pave the way from domestic roots to overseas markets.
Such a starting point and resource endowment are something the vast majority of startups simply do not have.
Looking ahead, Bowintec plans to expand its business into domestic auto parts, new energy, semiconductors, and logistics. At the same time, the company is actively pushing into overseas markets. It intends to roll out international versions of its products for advanced manufacturing markets in Europe and the US, aiming to put Chinese industrial embodied AI robots on the global map and build a scaled, standardized smart product matrix by 2030.
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