New Enlight and Mico robotic arms promise advances in force control and tactile perception for industrial automation.
Robotics company Flexiv has introduced two new adaptive robotic systems aimed at industrial automation. The equipment seeks to integrate physical AI capabilities and enhanced tactile perception into production lines. The announcement comes at a time of growing demand for flexible automation in manufacturing.
The company's flagship release is the Enlight, a seven-axis adaptive robotic arm. According to the portal Robotics and Automation News, the equipment was designed to represent a significant advancement in the segment of robotics with force control and embedded intelligence. The seven-axis configuration allows for greater degrees of freedom of movement, bringing the mechanics closer to human mobility.
In addition to the Enlight, Flexiv revealed the Mico platform, which operates with two robotic arms in a synchronized manner. The dual-arm solution is developed for tasks that require complex coordination and delicate material handling. The architecture of both the Mico and the Enlight focuses on embodied intelligence, allowing the robots to adjust their actions based on physical feedback from the surrounding environment.
The force control technology applied in the new models differs from traditional industrial robotics, which generally relies on rigid, pre-programmed positioning. By utilizing tactile sensors and physical AI algorithms, Flexiv's robots can adapt pressure and trajectory in real time. This capability is considered essential for operations involving variable geometry parts or fragile materials.
Flexiv positions the new systems as tools to expand the boundaries of adaptive automation in the factory environment. The expectation is that the Enlight and Mico platforms will be applied in assembly processes, component handling, and other industrial stages where safe and precise physical interaction is a requirement.
Flexiv introduced two new adaptive robotic systems: the Enlight, a seven-axis robotic arm, and the Mico, a synchronized dual-arm platform. Both are designed to integrate physical AI capabilities and enhanced tactile perception into industrial automation.
Unlike traditional industrial robots that rely on rigid, pre-programmed positioning, Flexiv's robots use tactile sensors and physical AI algorithms. This allows them to adapt pressure and trajectory in real time, which is essential for handling fragile materials or parts with variable geometry.
The seven-axis configuration provides greater degrees of freedom of movement, bringing the robot's mechanics closer to human mobility. This allows for advanced force control and embedded intelligence in complex assembly and component handling tasks.