Laser seam tracking for welding robots and machine
Can match ABB, FANUC, KUKA, Yaskawa and many
brands of robots and PLC controllers
Companies around the world use Weld Navigator products to eliminate defects, verify components, realize automated production, and track and identify workpieces.
In weld seam tracking systems, industrial cameras play a central role in capturing, processing, and feeding back weld seam position data. By utilizing high-speed, high-resolution image acquisition and real-time image processing powered by intelligent algorithms, industrial cameras act as the “eyes” of the tracking system. They can identify the weld seam position and shape in complex welding environments,
With the rapid development of industrial automation and intelligent manufacturing, welding quality has become a critical factor directly affecting product performance and lifespan in high-end manufacturing. To meet increasingly stringent requirements for welding precision, laser seam tracking sensors—capable of achieving 0.01mm-level precision positioning—have emerged as a core technology for efficient an
As the manufacturing industry moves toward intelligent and digital transformation, the level of automation in welding workshops is constantly improving. As a core component of smart welding, the performance of a weld seam tracking system directly affects both welding quality and overall production line efficiency. Today, let’s explore the key factors for selecting the right weld seam tracking system to support
In the field of industrial welding, the temperature, shape, and condition of the welding molten pool directly affect welding quality. Real-time monitoring of the molten pool ensures production safety and improves product consistency. However, strong arc light, high-temperature spatter, and smoke in welding environments make it difficult for traditional cameras to clearly capture the molten pool dynamics. The applicat
As a core component in industrial equipment, motor housings are widely used in sectors such as new energy vehicles, industrial automation, and smart manufacturing. The welding quality and manufacturing efficiency of motor housings are key concerns for manufacturers. Traditional welding methods often suffer from low efficiency, poor precision, and high dependence on manual labor. The Weld Navigator laser seam tracking
In major engineering fields such as oil and gas transportation and chemical construction, pipelines are in high demand, and the quality of their welding directly impacts the safety and stability of the equipment. Traditional welding relies heavily on manual experience to monitor key parameters such as weld pool shape and temperature distribution, often resulting in poor real-time responsiveness, lack of continuous mo
In recent years, the new energy vehicle market has developed rapidly in China. As the core component of the power system, batteries require higher manufacturing precision and assembly accuracy. Battery tray welding is a critical step in battery manufacturing, directly affecting vehicle safety and driving range. Traditional welding methods face many challenges in achieving high-efficiency automation and precise positi
In recent years, industrial manufacturing has been continuously shifting toward intelligence and digitalization, with AI technology becoming increasingly prevalent in welding automation. As a crucial inspection tool, the welding molten pool monitoring camera plays a significant role in welding quality control and process optimization. By integrating AI technology, the detection capabilities and intelligence level of
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