#Daimon Robotics #Haptic Feedback Teleoperation #DM-EXton2

CES 2026: Daimon Robotics Unveils the DM-EXton2

The much-anticipated Consumer Electronics Show (CES) 2026 took place in Las Vegas, and one of the most exciting reveals was by Daimon Robotics. The company introduced their groundbreaking product, the DM-EXton2, which is touted as the world's first haptic feedback teleoperation data acquisition system. This innovative technology aims to tackle a critical challenge in the field of robotics—the need for high-quality training data.

Addressing the Data Bottleneck

As the evolution of intelligent robotics continues to advance rapidly, the focus has shifted from merely enhancing computing power and software algorithms to a more pressing issue: the lack of physical-world data. Most robotic systems require high-quality, real-world data to achieve improved autonomy and versatility. The DM-EXton2 directly addresses this bottleneck by linking human intelligence with machine learning.

Teleoperation systems like the DM-EXton2 effectively allow users to control robots remotely while simultaneously collecting multi-dimensional data such as motion, force control, and tactile feedback. This gathered data serves as high-quality training materials that facilitate the autonomous learning capabilities of robots.

Key Features of DM-EXton2

Expanding on the capabilities of its predecessor, the DM-EXton2 boasts enhanced structural and ergonomic designs. Its quick-change snap-on feature allows users to switch between various control modes, such as control pads and gloves, without any tools. This functionality makes the device compatible with various robotic end-effectors, such as dexterous hands and grippers, significantly lowering costs associated with task-switching and deployment.

The standout feature of the DM-EXton2 is its haptic feedback technology. This capability introduces a remarkable sense of