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With the rapid development of new energy vehicles, industrial automation, and intelligent equipment industries, motor products are continuously evolving towards higher efficiency, higher power density, and higher reliability.
In the motor manufacturing process, winding connections, enameled wire treatment, and end welding are key processes affecting electrical performance and operational reliability. Traditional methods such as mechanical stripping and heat treatment have limitations in terms of processing consistency, material protection, and automation adaptation, making it difficult to meet the demands of large-scale manufacturing of high-end motors.
As motor structures become increasingly complex, higher requirements are placed on precision machining, stable connections, and intelligent production capabilities in the manufacturing process.
To address the precision connection requirements in motor manufacturing, Zichen Laser provides laser intelligent equipment solutions covering paint layer treatment, welding connections, and quality inspection.
In the enameled wire processing stage, laser stripping technology achieves selective removal of the insulating varnish layer by precisely controlling the laser energy, protecting the copper wire substrate while providing a stable processing foundation for subsequent welding.
In the connection manufacturing process, laser soldering equipment can achieve precise solder delivery and stable melting, meeting the connection requirements of motor windings, terminals, and conductive structures. Simultaneously, combined with visual positioning and inspection technology, it enables precise control of the processing, improving product consistency and production reliability.
Designed for motor winding production, enabling precise localized removal of insulation coatings while reducing mechanical damage to wires and improving the stability of subsequent connections.
Supports reliable electrical connections within motors through laser solder wire welding and related processes, ensuring stable and high-quality joining performance.
Integrated vision inspection enables analysis of processing positions, connection quality, and critical dimensions, improving quality management in automated production.
