#Japan #Tokyo #XELA Robotics #uSkin sensors #Tesollo DG-5F

XELA Robotics Announces Major Integration Achievement and 2026 Technology Vision

XELA Robotics, known for its cutting-edge 3D tactile sensor technology, recently announced a significant milestone in sensor integration that promises to elevate the capabilities of robotic systems. The company's uSkin® sensors have been successfully integrated into the Tesollo DG-5F, a highly regarded five-fingered anthropomorphic robotic hand known for its human-like dexterity. This achievement not only enhances the hand's functionality but also sets the stage for commercial orders beginning in late Q1 2026.

Drive for Progress in Robotics

At the core of XELA Robotics’ innovation is the desire to bridge the gap between human and robotic interaction. Currently, the limitations of robotic manipulation in performing delicate tasks highlight the challenge faced by many industries relying on automation. In light of this, CEO Alexander Schmitz emphasized that traditional methods can't achieve the same finesse that humans bring to various tasks. However, with the uSkin tactile technology, which can sense pressure even as low as 0.1 gram-force, robots are now equipped with a sense of touch akin to human capabilities. This advancement enables them to perform intricate tasks, from delicate assembly to gentle handling of fragile items, which has been otherwise unattainable in the robotics field.

Comprehensive Roadmap for the Future

Looking toward 2026, XELA Robotics has outlined an ambitious technology roadmap centered on enhancing their sensors to be smaller, faster, and smarter. A notable aspect of this evolution is the miniaturization of sensing points from 4 mm x 4 mm down to 2.5 mm x 2.5 mm, permitting a higher density of sensors that can be integrated with minimal space occupation. This revolutionary design is expected to be available for order by mid-2026, further expanding the potential applications of uSkin sensors.

The integration of uSkin into the Tesollo DG-5F, specifically devised for clients in diverse sectors such as research, industrial, and service domains, illustrates XELA's commitment to offering hardware-agnostic solutions. The meticulously crafted sensor system includes twelve sensing points arrayed in a compact design, intelligently positioned on the fingertips alongside the palm and phalanges, now imbuing the robotic hand with enhanced sensitivity and interaction capabilities.

Enhancing Human-Robot Interaction

The evolution of uSkin sensors goes beyond traditional boundaries; they are designed to adapt to various shapes and sizes, making them suitable for different robotic platforms and applications. The flexible elastomer construction allows these sensors to respond intuitively to the objects being handled, delivering real-time feedback regarding grip strength and movement dynamics.

Across industries spanning from manufacturing to agriculture, the versatility of XELA Robotics' technologies positions them at the forefront of the burgeoning market for humanoid and industrial robots. The company strives to maintain a competitive advantage through durable, economical solutions that integrate seamlessly with existing robotic systems, thereby diminishing the complexities and costs typically tied to incorporating advanced sensing.

Upcoming Demonstrations and Future Engagements

As part of their promotional efforts, XELA Robotics is set to showcase its advanced uSkin sensor technology at the 2026 Consumer Electronics Show (CES) in Las Vegas from January 6 to 9. This platform will allow attendees to experience firsthand the integration and functionality of their groundbreaking sensors and their practical implications in various robotic applications.

In conclusion, XELA Robotics is poised to remain an influential player within the robotics sector, leveraging its advanced tactile technology to redefine how robots interact with their environments. With the upcoming enhancements and integrations laid out in their 2026 roadmap, the company promises not only to address existing limitations within automation but also to inspire confidence in a future where human-robot collaboration becomes a commonplace reality.