The VBZ automatic stud feeder provides a continuous supply of welding studs and other components to automatic stud welding heads and guns. It is designed for production systems where manual loading would interrupt the welding cycle and where a controlled, repeatable supply of components is required. By feeding each item into the welding equipment automatically, the VBZ can be integrated into fully automated manufacturing processes and high-throughput welding applications.
The standard configuration is intended for flanged studs and internally threaded bushes, while the feeding system can be adapted on request to handle components without a flange or special parts such as insulation pins. This flexibility makes the VBZ suitable for applications involving different component shapes and feeding requirements, rather than restricting the system to one specific type of welding element.
Integration is an important part of the VBZ concept. The feeder can work with automatic stud welding heads and guns and includes an interface for data exchange with higher-level control systems. This allows the feeding cycle to be coordinated with the rest of the production equipment and is particularly useful when the VBZ is installed on CNC capacitor discharge stud welding systems or other automated welding equipment.
The configuration of the feeder depends on the component being handled, the welding head or gun, the required feeding rate and the overall machine layout. ATS Lamberti supplies the VBZ automatic stud feeder and provides technical advice on its suitability for the specific welding application. ATS can also support the integration of the feeder into new or existing systems and provides technical assistance and after-sales support.
For manufacturers and system integrators looking to automate the supply of welding components, the VBZ offers a practical solution for continuous, controlled stud feeding. Its ability to accommodate different component configurations and communicate with higher-level machine controls makes it suitable for automated production environments where reliable feeding and consistent cycle operation are essential.
