AI · SEMICONDUCTOR · FACT CHECK
SKD WIREMostly True
Approximately 85% of the analysis equipment used in South Korea's research and industrial settings is supplied by foreign manufacturers, a situation that experts say creates a "data barrier" — raw measurement data generated by domestic researchers is largely locked into instruments controlled by overseas vendors.
Analysis equipment — instruments used to characterize materials, semiconductors and other samples at the micro and nano scale — is dominated by foreign brands across Korean laboratories and fabrication facilities. The research summary points to material presented by the Korea Research Institute of Standards and Science (KRISS), whose poster materials on equipment independence have circulated in connection with the domestic equipment development debate.
The concern is not simply the purchase cost of imported instruments. Because foreign equipment often restricts access to raw data formats and underlying software, Korean users may be unable to freely extract, process or share the data their own experiments produce — the so-called "data barrier."
The dominance of imported analysis equipment underscores the challenge facing Korea's push to localize scientific instruments. With such a large share of the installed base foreign-made, domestic equipment developers face difficulty gaining a foothold in laboratories that are already invested in overseas ecosystems.
KRISS has been identified in connection with efforts to address this dependence, including publicizing the scale of reliance on foreign instruments. Broader government policy on source materials, parts and equipment — the 'sobjang' (소재·부품·장비) agenda — treats equipment localization as a strategic priority, though the claim examined here concerns the analysis equipment segment specifically.
The precise 85% figure applies to the analysis equipment category as described in the available materials, and the exact scope, measurement year and equipment subcategories underlying the number are not detailed in the accessible sources. Readers should treat the percentage as an approximate share rather than an audited statistic.
For Korean semiconductor and materials researchers, however, the underlying dynamic — reliance on foreign analysis instruments and constrained access to their data — is presented in the source materials as a real structural problem.
The claim that foreign-made equipment makes up roughly 85% of Korea's analysis instruments and imposes a "data barrier" on users is, on the weight of the available evidence, Mostly True.
