Welding Intelligence Solution

Nanxuan Heya CP160V Laser Seam Tracking Sensor + Arc Eye 3.0 Welding Camera

Achieving Closed-Loop Robotic Welding Control with “Precise Tracking + Full-Process Visualization”

Processes and scenariosMIG/MAG · TIG · Laser · Submerged Arc Welding · Medium-to-thick plates · Fillet welds · Large structural components
Nanxuan Heya CP160V laser seam tracking sensor and Arc Eye 3.0 welding camera

1. Core Value of System Collaboration

In automated and robotic welding, weld position deviation, assembly errors, and process quality monitoring have long been major challenges. Nanxuan Heya’s CP160V Laser Seam Tracking Sensor and Arc Eye 3.0 Direct Display Welding Camera work in deep synergy to create a complete solution of “3D tracking & positioning + real-time visual monitoring,” enabling robotic welding to truly achieve “accurate finding, stable tracking, clear viewing, and effective control.”

ModuleNanxuan Heya CP160V Laser SensorNanxuan Heya Arc Eye 3.0 Welding CameraCollaborative Effect
Core FunctionLaser line structured-light 3D measurement, real-time output of weld coordinates, gap, and heightHigh dynamic range direct display monitoring, clear presentation of molten pool, arc, and weld morphologyTracking and monitoring complement each other to form a complete closed loop
Key ParametersCenter distance 160 mm, Z detection range 80-240 mm, up to 110 HzWorking distance 170-350 mm adjustable, 30 fps, digital wide dynamic range, water-cooledAdaptable to various processes and installation spaces
Output & InterfaceTCP / ModbusTCP / UDP / EthernetIPBNC direct display output + water cooling supportDirect connection to robot controllers and display systems
Environmental AdaptabilityLaser Class 3B, compact size (93×67×33 mm)Monochrome high SNR, water-cooling supported, 0-60 °CStrong anti-interference capability, suitable for dusty and high-temperature welding sites

2. Typical Application Scenarios and Results

1. Real-time Robotic Seam Tracking and Correction

The CP160V scans the weld seam with a laser line, calculates 3D feature points (height, gap, center position) in real time, and outputs deviation data at up to 110 Hz to drive the robot or dedicated machine to automatically correct the torch path. Even with assembly errors or thermal deformation of the workpiece, the trajectory remains precise.

2. Full-Process Visualization of Welding

The Arc Eye 3.0 Direct Display Camera simultaneously captures the molten pool, arc, and weld formation process. Operators or the system can observe spatter, porosity, lack of fusion, and other abnormalities in real time. Digital wide dynamic range and high signal-to-noise ratio ensure clear images even under intense arc light.

3. Dual-Insurance Quality Control with Tracking + Monitoring

  • The tracking sensor ensures “welding in the correct position.”
  • The welding camera ensures “welding with the correct quality.”

Data from both can be synchronized by timestamp, enabling dual traceability of “position deviation + process defects” and significantly reducing rework rates.

4. Rapid Deployment Across Multiple Processes and Scenarios

Suitable for MIG/MAG, TIG, Laser, Submerged Arc Welding, and other processes, especially for medium-to-thick plates, fillet welds, and large structural components. The compact design of the CP160V facilitates installation on the robot wrist, while the Arc Eye 3.0 supports water cooling for long-term stable operation.

3. Core Benefits for Customers

Nanxuan Heya CP160V provides high-precision 3D weld positioning capability, while Arc Eye 3.0 offers a stable and clear process vision foundation. The combination of the two is not a simple stack, but forms a complete welding intelligence closed loop of “Perception – Decision – Monitoring,” helping users achieve higher-quality, lower-cost automated welding production.

Core benefits

  • Improved tracking accuracy: Laser 3D measurement effectively compensates for assembly errors and thermal deformation, greatly enhancing weld consistency.
  • Transparent and controllable process: Direct display turns “black-box welding” into “visible and controllable,” allowing faster problem detection.
  • Higher debugging and maintenance efficiency: Intuitive sensor and camera parameters significantly shorten on-site commissioning cycles.
  • Clear system cost-performance advantage: The combination of a domestic laser tracking sensor and a high-value direct display camera delivers performance close to imported solutions at a more competitive cost.

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For customized solutions tailored to specific robot brands, weld types, or processes (fillet welding, butt welding, laser hybrid, etc.), please feel free to contact us for further discussion.

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