leaderobot.com reports a “slowdown” trend in the dexterous-hand industry

On October 20, 2026, leaderobot.com reported that a trend toward “simplification” is spreading in the dexterous-hand industry, with service life, cycle time and unit price increasingly prioritized over a high number of degrees of freedom.

For buyers choosing end effectors for industrial robots, a shift in evaluation criteria from degrees of freedom to service life and cycle time would require a reassessment of procurement standards. The report indicates that continuous operation in the field and total cost are taking precedence over apparent dexterity.

The article argues that competition in dexterous hands is shifting from how closely they resemble human hands to whether they can withstand continuous operation in industrial settings. Its focus is not simply the number of degrees of freedom, but the growing importance of service life, downtime and maintenance costs in evaluation. The key point is that this is not a retreat in functionality, but a reorganization that differentiates the roles of end effectors by application. If hands designed for precise manipulation coexist with other designs for high-frequency grasping, development is likely to shift from “universal hands” to process-specific optimization. Although this newspaper has no related articles, the issue again highlights a broader dynamic: when embodied intelligence is deployed in industrial settings, uptime and total cost are considered before apparent dexterity. The article says that a high number of degrees of freedom is becoming less of a selling point, while cycle time and maintainability are coming to the fore in industrial applications. This suggests that evaluation for research and development differs from evaluation for mass-production lines. See the original source for detailed figures and comparisons of individual products. From an industry-structure perspective, as competition among end effectors shifts from “can it move?” to “can it be used without stopping?”, product value will include not only price but also service-life guarantees, replacement intervals and maintenance support. As a result, the number of components, drive systems and control complexity feed directly into manufacturing costs and losses in the event of failure. Which hand design becomes mainstream is likely to depend not on versatility but on ROI for each process. The article discusses multiple products and price ranges, but does not establish which configurations will become standard in which settings. The next points to examine are operating hours in real-world use, maintenance costs and the distribution of hand designs adopted.