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 modern industrial automation, high-precision and non-contact displacement measurement technologies are drawing increasing attention. Thanks to fast response and micron-level accuracy, laser displacement sensors have been widely applied in dimensional inspection, positioning, and 3D profile scanning. Weld Navigator®’s self-developed laser displacement sensor, based on the principle of laser triangulation,
In the transformation of manufacturing toward intelligence and automation, traditional welding methods are gradually unable to meet the demands of high-precision welding tasks. This is especially true in exquisite steel welding, where requirements for weld quality are far more stringent. Conventional methods that rely on manual experience or fixed programming often struggle to achieve stable and consistent results un
Welding, as an indispensable part of modern manufacturing, directly affects the safety and reliability of products. In the past, ensuring welding quality relied heavily on the experience and visual observation of welders. This not only placed high demands on personnel skills but also was easily influenced by factors such as environment, angles, and lighting under complex conditions, leading to untimely monitoring and
Oil pipelines serve as vital channels for energy transportation, and the welding quality directly impacts their safety and service life. Traditional manual welding relies heavily on human skill, involves high labor intensity, and often struggles with weld deviations and defects under complex conditions, making it difficult to ensure consistency and precision. Today, let’s explore with Weld Navigator® how la
In today’s rapidly advancing manufacturing industry, automated welding technology has become a key driver of industrial upgrading. The welding pool changes rapidly during welding, and traditional methods struggle to achieve real-time, precise monitoring, which limits the further development of welding automation. With its multi-process adaptability and accurate weld pool monitoring technology, the Weld Navigato
In the context of accelerated intelligent transformation in modern manufacturing, welding automation has become a key factor in improving production efficiency and product quality. As market demand for high-performance radiators continues to rise, traditional manual welding methods can no longer meet requirements for efficiency and consistency. To address this challenge, the Weld Navigator® Laser Vision Seam Trac
In the development of smart cities and new urbanization, lamp posts are a crucial part of infrastructure, and their welding quality directly affects service life and safety performance. However, traditional lamp post welding relies on manual operations, which not only have low efficiency and high labor intensity but also make it difficult to guarantee welding consistency. By integrating advanced laser vision technolo
In the world of welding, where sparks fly and arcs blaze, the skill and experience of the operator are vital to ensuring quality. However, welding often takes place under harsh conditions—high temperatures, intense light, and spatter—that make it nearly impossible for the human eye to stare at the molten pool for long or capture rapid changes that happen in milliseconds. So how can we penetrate the glare
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