A common mistake when discussing China is to choose between two simplistic positions: it is either an indispensable growth market or a market that has become too difficult. The evidence from Swedish companies operating there suggests a more complicated picture.
In its 2026 business climate survey, Team Sweden collected responses from 106 Swedish companies in Mainland China and conducted 10 in-depth interviews. The Swedish Consulate General in Shanghai reported that 68% of surveyed companies were profitable, 38% planned to increase investment over the following 12 months, and 83% intended to maintain or expand their presence.[1]
Those figures are encouraging, but they do not prove that the market is easy for a new Swedish supplier. They describe survey respondents, many of whom already have established operations, relationships and local capabilities.
Resilience and competition coexist
The 2026 survey reported a Business Climate Index of 3.2 out of 5, up from 2.8 the previous year. At the same time, the research cited competitive and pricing pressures and geopolitical uncertainty.[1]
The market can therefore be profitable for existing companies while becoming more challenging for firms that enter with undifferentiated products or insufficient local execution capacity.
This matters especially for industrial software, automation and connected products. A buyer may value Swedish engineering quality, but still require competitive delivery times, local systems integration, clear support arrangements and adaptation to its production environment.
What the survey does not measure
A business climate survey is not an engineering audit. It does not establish how many factories have reliable operational datasets, which suppliers meet a particular cybersecurity requirement or whether a given AI pilot can be deployed at scale.
Nor should percentages from 106 respondents be generalized to all Swedish companies in China or to every region and industrial sector. These are valuable perspectives from the surveyed companies, not a universal market forecast.
For a technology supplier, the survey should inform business assumptions, which then need validating through direct technical and commercial discovery.
The operating model to test before committing
Local delivery and support
Who will install, integrate, configure and maintain the solution? Is there a local technical partner who understands the customer's production systems? Can spare parts and service resources be provided within an acceptable timeframe?
The answers affect service cost and project risk, not just customer satisfaction.
Product architecture and data handling
Where does the solution run? Can functions operate at the edge if remote connectivity is interrupted? What data must leave the site, and under what lawful and contractual conditions? What are the client's cybersecurity and localization requirements?
The architecture should be designed with those constraints, with qualified local legal and security review where appropriate.
Technical acceptance criteria
Specify a baseline and measurable outcome before a pilot. For industrial analytics, that could be false-alarm rate, coverage of valid sensor data or reduction in manual review hours. For a robotics integration, it might be cycle-time stability and safe recovery from common faults.
Evaluation conditions matter more than attractive demo screenshots.
Commercial resilience
Plan for support effort, localization costs, procurement cycles and integration changes. If margins disappear when a local engineer must spend two additional weeks on commissioning, the commercial proposition is not ready.
Five practical actions for a Swedish industrial technology company
1. Choose a vertical, not "China" as a market. Identify a narrow customer group, operating problem and buying process. Manufacturing requirements vary by industry and site.
2. Quantify the cost of the current problem. Work with the plant or engineering owner to establish a baseline. Do not make savings claims without a credible measurement method.
3. Partner for implementation, not only introductions. A commercial introduction is helpful, but a local integration and support capability may be the more decisive requirement.
4. Protect the ability to maintain and improve the system. Agree on configuration ownership, documentation, interface access, updates and support obligations.
5. Reassess the unit economics after the pilot. Include the costs of sustaining the product, not only delivering the first sale.
How the engineering opportunity is changing
China's scale in advanced manufacturing is real. The International Federation of Robotics reported 354,000 industrial robot installations there during 2025, as published in its September 2026 report.[2]
That reinforces the scale of technical activity, but it also highlights the sophistication of the competitive environment. For Swedish firms, a persuasive position is often specialized performance, integration quality or process expertise rather than trying to beat high-volume domestic hardware vendors on price.
Business Sweden's 2026 advanced-manufacturing analysis makes a similar strategic point: Swedish providers should compete through integration, industrial software and measurable outcomes.[3]
Bottom line
The 2026 evidence argues neither for leaving China nor for entering indiscriminately. It argues for commercial discipline: choose a clear industrial problem, validate locally, build support capacity and prove the value of the engineering outcome.
In a mature market, technical credibility is not a positioning slogan. It is an acceptance test.
Sources and further reading
[3] Business Sweden, "Capturing Growth in a Shifting Advanced Manufacturing Landscape," 2026.
Nordic Asia Tech analysis based on publicly available information. Research cutoff: 25 October 2026.