ATINY welding seam tracking system is an advanced automated welding solution that combines visual recognition technology and robot control to achieve high-precision tracking and automated welding of welding seams.Here are the main features and benefits of the system:
1.Precise weld seam tracking
ATINY welding seam tracking system can capture the position and shape of welding seams in real time through visual recognition technology to ensure the accuracy and consistency of welding.This greatly reduces human errors in welding and improves welding quality.
2.Automated welding
The system can be seamlessly integrated with automated robots(such as Eft robots,Yaskawa robots,FANUC robots,etc.)to achieve a fully automatic welding process.This improves production efficiency,reduces labor costs,and reduces the risks of manual operations.
3.Compatible with multiple welding technologies
ATINY welding seam tracking system can be applied to a variety of welding technologies,including arc welding,laser welding and plasma welding,etc.,giving it wide application potential in different industrial fields.
4.Real-time monitoring and adjustment
The system has a real-time monitoring function.The equipment calculates the detected deviation between the welding seam and the welding gun,outputs the deviation data,and the motion actuator corrects the deviation in real time,accurately guiding the welding gun for automatic welding,thereby achieving real-time communication with the robot control system to track the welding seam.Perform welding.
2.Application cases of ATINY welding seam tracking system in different industries
1.New energy battery box
In the field of new energy battery box manufacturing,welding is a crucial process.The ATINY welding seam tracking system can be used with automated robots to ensure the sealing and stability of the battery box.It can track and weld the welds of the battery box to ensure welding consistency and quality.This not only improves the performance and safety of the battery box,but also improves production efficiency.
2.Engineering machinery bending machine
The manufacturing of engineering machinery bending machines requires high-precision welding to ensure the structural stability and performance of the machine.ATINY welding seam tracking system can be used to track and weld the welding seams of the bending machine frame to ensure the accuracy and reliability of welding.This helps reduce material waste in parts and improve product quality.
3.Decoration of building materials and tempered doors
In the decoration and building materials industry,the manufacture of tempered doors usually requires high-strength welding to ensure the stability and safety of the door.The ATINY welding seam tracking system can automatically track and weld the welding seams of tempered doors to ensure welding consistency and quality.This not only improves product reliability but also reduces the time and labor required for manual soldering.
4.Engineering vehicle silencer
In the manufacturing of engineering vehicles,the welding of the muffler is a key process.The function of the muffler is to reduce the exhaust noise of the engine and enable high-temperature exhaust gas to be discharged safely and effectively.The ATINY welding seam tracking system can be used to automatically weld the welding seams of the silencer to ensure the quality and performance of the welding.This helps reduce noise pollution from construction vehicles.
ATINY welding seam tracking system is an advanced technology with wide application prospects,and its application cases in different industrial fields have been verified.Its functions of precise welding seam tracking,automated welding,compatibility with multiple welding technologies,real-time monitoring and data recording make it a key tool to improve production efficiency,reduce costs and improve product quality.With the continuous development of manufacturing industry,ATINY welding seam tracking system will continue to play an important role in various industries and promote the development of automated and intelligent production.
