The Technology of the Industry丨Lyric Composite Robot: The "Flexible New Engine" of Precision Manufacturing

As the global manufacturing industry rapidly advances toward flexibility and intelligence, traditional production lines are facing bottlenecks such as low collaborative efficiency and insufficient operational precision. While fixed robotic arms are efficient, they lack flexibility; mobile robots can navigate but struggle to perform high-precision tasks. Particularly in industries like 3C electronics, new energy, and high-end equipment, the disconnection between material handling and assembly processes has become a critical pain point hindering flexible production.

To address this challenge, Lyric has introduced an integrated "Mobile Platform + Intelligent Robotic Arm" composite robot solution, truly achieving "mobility, precision, and stability"—making it a key enabler in bridging the "last meter" of automation. This robot can autonomously identify, grasp, and transport components with high precision, seamlessly embedding core parts into designated workstations with sub-millimeter accuracy. It fully meets the demands of high-precision, high-flexibility manufacturing, all without human intervention.

Core Strengths: Redefining the Boundaries of Flexible Manufacturing

• Omnidirectional Precision Navigation

Combining laser SLAM and QR code positioning technologies, it achieves large-scale autonomous mobility (±5mm QR code accuracy) and localized precision docking (±0.5mm pick-and-place accuracy), effortlessly adapting to complex, dynamic environments.

• Heavy-Duty Payload & Stable Operation

With a rated payload capacity of 16kg+, it meets most production line demands for heavy material handling. Its dual-wheel differential drive ensures smooth operation, maintaining reliable performance even at full load (1.0m/s).

• Micron-Level Operation Precision: The robotic arm achieves a repeat positioning accuracy of ±0.08mm, rivaling precision machine tools. Whether handling microelectronic components or assembling delicate parts, it performs with ease, significantly improving product yield.  

• Extended Endurance & Efficient Maintenance: With ≥8 hours of load-bearing operation and ≤2 hours of fast charging, it ensures uninterrupted, high-efficiency production line operation.

Multi-scenario Implementation: Empowering Intelligent Upgrading of Diversified Industries

In the 3C electronics sector, it enables automated cross-process transfer of precision components such as chips and displays. For the new energy industry, it accomplishes precise assembly and transportation of battery modules, bridging discrete manufacturing processes to establish seamless smart factories. In automotive component manufacturing, its mobile chassis and collaborative robotic arm work in flexible combination to achieve flexible assembly and real-time data feedback.

Industry Insight: The Core of Flexible Intelligent Manufacturing

The global manufacturing sector is currently undergoing a critical transition from "rigid automation" to "flexible intelligence." Lyric's composite robot, with its "free mobility + precision execution + seamless integration" capabilities, perfectly addresses the core demands of flexible production lines—dynamic reconfiguration and rapid response.

It is not merely an upgrade or replacement of a single device, but a strategic fulcrum for reconstructing production logic. By integrating a high-precision mobile operation platform, it bridges gaps between manufacturing processes, driving workflows toward higher efficiency, superior quality, and enhanced resilience.