Switzerland: 217 robotics companies and 7 thousand jobs

Context

In brief

• 217 Swiss robotics companies and approximately 7,000 employees
• 50 new enterprises in the sector since 2020
• Zurich and Vaud account for about three-quarters of the companies
• China leads in industrial installations and humanoid robots

Key facts

• Companies → at least 217
• Employees → approximately 7,000
• New enterprises since 2020 → 50
• Academic spin-offs → approximately 56%
• Geographical hubs → Zurich and Vaud, about three-quarters
• Industrial robots worldwide → over five million
• 2025 deliveries → approximately 207,000 professional service robots
• Start-ups funded since 2020 → 3.8 per million inhabitants

There are at least 217 Swiss robotics companies, employing approximately 7,000 people. This data emerges from a new analysis by Raiffeisen Economic Research, which indicates that, relative to the population, the emergence of venture-backed start-ups in the sector exceeds that recorded in the United States, Great Britain, and other analyzed European countries. However, the analysis highlights the difficulty of scaling young companies while keeping value creation within Switzerland.

The international market expands the reach of the sector. Over five million industrial robots are already in use worldwide, and machines are also finding applications in logistics, medicine, agriculture, cleaning, and inspection, in addition to factories. In 2025, approximately 207,000 professional service robots were delivered globally. Since the beginning of 2026, in California, robotaxis have been traveling over ten million kilometers per month transporting passengers.

The push for investment also comes from artificial intelligence and humanoid robots. China accounts for over 50% of new global industrial robot installations and nearly 90% of delivered humanoid robots. These are elements that Raiffeisen frames within a context of expansion supported by technological progress, falling costs, and increasing labor shortages.

A supply chain concentrated between research and enterprise

In high-tech special applications, Switzerland is active with drones, autonomous mobile robots, and medical robotics. The link to university research is strong: approximately 56% of the companies examined are academic spin-offs, and a large portion of these entities originates from the Swiss Federal Institute of Technology in Zurich (ETH) and Lausanne (EPFL). Zurich and Vaud concentrate about three-quarters of Swiss robotics companies.

The creation of new companies has accelerated in recent years. Since 2020, 50 enterprises have been founded, and between 2023 and 2025, there have been at least ten per year. Fredy Hasenmaile, chief economist at Raiffeisen Switzerland, believes that the country has good foundations to benefit economically from this development, as it is strong in both the development and application of robots. Market analysis can therefore start from the sectors indicated by the research and from job advertisements, without confusing the growth of robotics with the automatic replacement of personnel.

Operational details

The initial advantage in the birth of start-ups does not eliminate the problem of growth. Since 2020, 3.8 robotics companies per million inhabitants have received venture capital. According to Raiffeisen, this per capita share places Switzerland clearly ahead of the United States, Great Britain, and the other European countries analyzed. For the national market, the point to observe thus becomes the transition from the start-up phase to the international scale: it is there that the availability of capital can influence the permanence of value creation in the country.

The hurdle of large funding rounds

About 87% of Swiss robotics companies have fewer than 100 employees. When large funding rounds are needed, the origin of the capital changes. The comparison indicated by the analysis is as follows:

These shares help to understand why international growth is also a national economic issue. The influx of foreign capital and the presence in Switzerland of numerous headquarters of international companies confirm the attractiveness of the location, according to Raiffeisen, but they increase the risk of acquisitions and the transfer of value creation abroad. The challenge indicated by the analysis is to allow successful companies to grow in Switzerland and maintain their roots there in the long term.

The issue of scale is linked to the labor market. Over 30% of employees in Switzerland work in professions that have an above-average potential for robotics application. However, the data does not equate to a forecast of generalized replacement. Professions characterized by a strong shortage of qualified personnel often require specialized skills and human interaction; for this reason, Raiffeisen believes that robots should primarily support workers, replacing them only in limited cases.

For those observing the market, the practical distinction is between companies that develop robots and companies that employ them. Following the hiring companies allows for maintaining this distinction, while the issue of capital indicates how much future growth can remain tied to Switzerland.

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Key points

Those who live or work in Switzerland can use this analysis as a framework, not as an individual forecast. The path starts with a simple distinction: robotics is either developed or deployed. The source attributes strength to Switzerland in both phases, so the first question to ask concerns the side of the activity being observed.

Four operational steps

1. Separate development and deployment. If the interest lies in the former, look at the special applications mentioned in the analysis: drones, autonomous mobile robots, and medical robotics. If it concerns the latter, consider the fields where robots are finding use beyond factories: logistics, medicine, agriculture, cleaning, and inspection. This is not about adding unrelated sectors, but about using the map provided by the research.

2. Verify the link to research. Zurich and Vaud, together with ETH and EPFL, are the territorial and academic benchmarks indicated by the source. For an organization looking to grow, this connection helps to understand the origin of spin-offs and the relationship between universities and industry. The practical question is whether development and value creation remain anchored in Switzerland.

3. Distinguish the growth phase. A young company should not be evaluated solely by its presence in the sector. It is necessary to observe if it is seeking capital for a large round, because the analysis links this phase to a dependence on foreign investors and the risk of acquisition. For those evaluating an employer, this is a reading criterion, not a prediction of the individual company's outcome.

4. Read the effect on work without automatisms. Professions with an above-average potential for robotics deployment do not automatically lead to the disappearance of tasks. The source invites us to consider specialized skills and human interactions: in many cases, the robot is expected to work alongside the person, while replacement would remain limited. This distinction is useful when consulting job offers, evaluating skills, or thinking about a career path linked to the development and deployment of robots.

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Source: tio.ch