Spain's new general robot Theker receives US$85 million in Series A financing to create a "non-exclusive" flexible factory robot

6.12 Theker's goal is to break the limitation of traditional industrial robots using one machine and launch a universal flexible robot system that can be quickly reconfigured to adapt to changing production lines, directly attacking the transformation pain points of small batches and multiple categories of rapid iteration in the global manufacturing industry.

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On June 11, 2026, Theker, an AI robot startup based in Barcelona, Spain, announced that it had completed a US$85 million Series A financing, setting the largest Series A record in the history of European robotics. This round of financing was led by U.S. venture capital CRV, followed by strategic investors such as Samsung and Aglaé Ventures, a subsidiary of LVMH Chairman. Theker's goal is to break the limitations of traditional industrial robots with "one machine for one use" and launch a universal flexible robot system that can be quickly reconfigured and adapted to changing production lines, directly attacking the global manufacturing industry's transformation of "small batches, multiple categories, and fast iteration" pain points.

 


Say goodbye to "specialization" and embrace the "universal hand": flexible robot solves the deadlock in the production line

 

Most of the current mainstream industrial robots are highly customized equipment--A robotic arm may only exist to tighten a certain screw. Once the product is changed or the process is adjusted, the entire automated system often needs to be redesigned, debugged or even replaced, which is costly and has a long cycle.

 

Carla Gómez Cano, co-founder and CEO of Theker, pointed out: "If the production line always puts the same type of biscuits in the same box, then the existing solution is fine. But the manufacturing scene in reality is much more complicated than this."

 

To this end,Theker has developed a modular, reconfigurable robot platform:

  • Flexible mechanical structure: arm length, joint degrees of freedom, and end effector ("hand") can be quickly replaced according to task requirements;

  • Universal perception and control: Based on AI vision and force control algorithms, it can adapt to new objects and new processes without reprogramming;

  • Shorten deployment cycles: It takes days from installation to production, rather than weeks or even months for traditional solutions.

 

At present,Theker has reached an early cooperation with fast fashion giant Inditex (Zara's parent company) to verify the robot's ability to grab and classify non-standard items such as clothing and shoes and bags in its warehousing and sorting processes.

 


Strategic investors emerge: Samsung is deeply involved, targeting electronics manufacturing scenarios

 

It is worth noting thatSamsung not only participated in the investment as a financial investor, but also conducted in-depth collaborative discussions with Theker on the trinity of "customers + suppliers + shareholders". Theker's founding team made it clear that it hopes to include Samsung in its future mass production supply chain and use its electronics factory as a test ground for high-precision assembly scenarios.

 

This trend sends a strong signal: in the context of accelerating iteration of global consumer electronics, even manufacturing giants like Samsung are in urgent need of more flexible and intelligent automation solutions to cope with the increasingly complex process requirements in chip packaging, module assembly and other aspects.

 

In addition, luxury goods groups Aglaé Ventures, a subsidiary of LVMH Chairman Bernard Arnott, also participated in the investment, suggesting that Theker's technology may be extended to the flexible production of high-end consumer goods in the future-such as perfume filling, jewelry sorting, and leather goods quality inspection. Highly demanding scenarios.

 


The rise of a new robot force in Europe challenges the "hard-hard" route

 

Compared with Boston Dynamics and others who pursue human form and emphasize athletic performanceDifferent from the "hard-core school", Theker chose a more pragmatic path of "giving priority to functions and obeying forms to tasks". Its robots may not be like humans, but they can adapt quickly to new tasks like skilled workers.

 

Companies refuse to communicate with companiesThe "innovation department" conducts concept verification, but directly connects with logistics, operations and other practical departments to ensure that the project is truly implemented and the payment is timely. Currently, Theker has set up a physical exhibition hall in Barcelona and plans to expand into the U.S. and Asian markets within the year.

 

Although it was established less than two years ago,Theker has received more than 15,000 job applications, and the team size is expected to exceed 120 by the end of the year. The founder said frankly: "We are not starting a business just to run a pilot project, but to truly change the productivity logic of the factory." 

 


When China's manufacturing industry is fully advancing"Intelligent transformation into digital transformation", the emergence of Theker provides a new idea: automation does not need to pursue "full automation", but should pursue "fast adaptation". In an era of fragmented orders and personalized products,"universal workers" that can quickly switch tasks may have more commercial value than extremely efficient but rigid "specialized machines". This flexible revolution initiated by cutting-edge European technologies deserves the attention of China's intelligent manufacturing ecosystem.