Leo Lee’s Post

This genious water control panel by ifm helps car manufacturers to protect the car body during spot welding in the case the welding tip get lost. Advantages: Reliable detection of lost tips, burst pipes and leakage in the cooling system. With flow meter to detect the amount of cooling water. Pressure sensor to detect a sudden drop in pressure. For controlling shut-off devices to avoid water spill on the car body. Smart #automation for #robotics in the #automotive industry!

Robotic laser welding technology is rapidly gaining popularity in the manufacturing world, and it’s not hard to see why 🌟 Robotic laser welding with push-pull wire feeding offers several advantages, including increased precision and consistency in weld quality due to the stable wire feed and precise laser control. The push-pull wire feeding system ensures smooth wire delivery, minimizing the risk of wire jams and ensuring consistent weld penetration. Laser welding can achieve welding speeds up to 10 times faster than TIG welding and significantly faster than MIG welding. This method allows for higher welding speeds and productivity, reducing downtime and increasing overall efficiency. Additionally, the integration of robotics enhances flexibility and repeatability in complex welding tasks, enabling the automation of intricate welding processes and reducing labor costs. This technology is especially beneficial for welding thin and delicate materials, providing high-quality welds with minimal heat distortion. Check out the video below to see this cutting-edge technology in action 🎥🔗 Thank you to our partners for the integration! #RoboticLaserWelding #ManufacturingInnovation #Automation #Welding #Technology

What challenges does your company face when welding pipes? 🤔 The WELDPROF® explored these issues and identified practical solutions, including robotic systems for fully automated pipe welding. ▶️ Discover how automated orbital welding can improve your operations in this video: #welding #manufacturing #pipewelding #automation #weldprof

Can robotic welding cells handle multiple welding applications with different materials? Yes, robotic welding cells can handle multiple welding applications with different materials. With the right configuration and components, such as adjustable power sources and versatile welding torches, these cells can accommodate various welding processes and materials, ensuring flexibility and adaptability in production. 😊 #kinetic #welding #weldingtechnologies #kinetictechnologies #automation #weldingautomation #cobots #industrialautomation #manufacturinginnovation #weldingprocess

Looking to improve your Welding Process with automation? Malachi Greb shares some insightful details on using the right fixtures to program for boosting the process! Check out this game-changing video from Elite Automation on Welding Automation and Key Points to Note for Improvement in Robotic Welding! 🙌 From reducing errors to increasing productivity, this video uncovers the hidden gems that will revolutionize your welding game. #welding #weldingautomation #roboticwelding #EliteAutomation #Elite

Looking to improve your Welding Process with automation? Malachi Greb shares some insightful details on using the right fixtures to program for boosting the process! Check out this game-changing video from Elite Automation on Welding Automation and Key Points to Note for Improvement in Robotic Welding! 🙌 From reducing errors to increasing productivity, this video uncovers the hidden gems that will revolutionize your welding game. #welding #weldingautomation #roboticwelding #EliteAutomation #Elite

🚜 Excited to share our latest creation! 🚜 Welding SPM for Large Diameter Welding with Torch Osculating This innovative solution offers: Compare to manual welding - 3X faster productivity and improved welding quality drastically.🚀Compare to Robot - One third the cost of robotic system 💰 Check out the video below to see it in action! 🎥👇 #Welding#Manufacturing #Efficiency

ATINY laser seam tracking sensor adaptation for dedicated machines in spiral pipe automated welding applications. Advanced sensor technology and intelligent algorithms enable real-time monitoring of position changes in spiral pipe weld seams, seamlessly integrating with dedicated machines. The welding torch's position and angle are adjusted in real-time, allowing for quick detection and correction of any weld seam deviations during the process.#welding #robot #automation

Visual Tracking Welding Solution for Truck Undercarriage, ATINY Laser Seam Tracking System in Collaboration with Yaskawa Robot. Utilizing positioning and tracking functions, it performs stable detection of seamless splicing welds and real-time welding path planning, achieving high-precision automated welding.#welding #seamtracking #machine #automation

Our welding robot successfully joined the 0.8 mm profiles. A welding robot is a general term for robotic systems used in industrial processes to automate and optimize welding operations. These robots are designed for precise and repetitive welding tasks and are commonly preferred on production lines. There are different types of welding robots, each specialized for various welding methods, including arc welding, spot welding, and laser welding. Welding robots can work much faster and more continuously compared to humans. By operating for long periods without tiring, they significantly increase production speed. ŞAFAK YAŞAR Ahmet Gürel