Advanced Standalone Aluminum Shaft Machining Line – Completed Project for a Turkish Client

With the beginning of spring, we are finalizing an advanced technological project for a client in Turkey – a fully automated, standalone aluminum shaft machining line. The solution we designed and manufactured is a comprehensive system integrating transport, manipulation, and precision turning operations within one coherent production environment.

Comprehensive Technological Concept

The project’s objective was to design and implement a line enabling automatic feeding of aluminum shafts, precise CNC turning, and seamless transfer of finished components to subsequent production stages – without the need for manual intervention in inter-operational transport.

The process begins with delivering the raw aluminum shaft via an infeed roller conveyor. The transport system has been optimized for stable positioning and smooth transfer of components into the machining area.

Robotic Loading and Machining

A key element of the line is the first industrial robot – CRN 1 – responsible for picking up the shaft from the roller conveyor and precisely placing it into the lathe chuck. The implementation of robotic handling eliminates errors associated with manual positioning and significantly increases process repeatability.

Machining is performed on a CNC lathe, and the entire process is supervised via an intuitive operator panel. The interface has been prepared in two language versions, ensuring comfortable and safe operation by local personnel. The panel provides full control over machining parameters, system diagnostics, and production cycle monitoring.

Advanced Vision Monitoring System

To enhance safety and process transparency, the line has been equipped with a four-camera industrial vision system. Live video from all cameras is displayed on the operator panel, enabling continuous monitoring of key areas: loading, machining, part unloading, and outbound transport. This solution minimizes downtime risks and allows for rapid response in case of irregularities.

Automated Unloading and Transfer to Further Processes

After machining is completed, the finished shaft is collected by the second robot – CRN 2. Its task is to safely remove the component from the lathe and place it onto the outfeed roller conveyor. The second transport system then transfers the shaft to subsequent production stages, ensuring full process continuity.

Efficiency, Repeatability, Scalability

The completed project represents a modern approach to metal machining automation. The integration of industrial robots, a precision CNC lathe, conveyor systems, and a vision monitoring solution has enabled us to achieve:

  • high quality repeatability,
  • reduced cycle time,
  • enhanced operational safety,
  • minimized operator involvement limited to supervisory functions,
  • readiness for future expansion and scalability.

We are starting the spring season with the successful completion of this project and with readiness to implement further ambitious automation solutions for international clients.