Tube Cutting for Bursa’s Automotive Supply Chain: What Support Systems Are Needed for Long Tubes?

Industry Background: Challenges in Long Tube Processing

Bursa is an important industrial and automotive manufacturing region in Turkey, with demand for metal fabrication, automotive components and machinery-related processing. For companies working with long metal tubes and profiles, selecting a tube laser cutting machine requires more than simply comparing laser power.

Tube loading, workpiece support, chuck clearance and material handling should also be considered when evaluating equipment for long-tube applications.

For 6m-class tubes, a machine that focuses only on the cutting process may not fully address the practical requirements of loading and supporting long workpieces during production.

Why Do Long Tubes Need Follow-Up Support?

As tube length increases, the workpiece may sag during processing. An Automatic Follow-Up Support System is therefore an important configuration to consider when selecting a tube laser cutting machine for long materials.

The purpose of this system is to provide support that follows the workpiece during tube movement and cutting, particularly for longer tube applications.

For automotive component manufacturers, metal fabricators and general tube-processing companies in Bursa, several points should be checked when evaluating a 6m Tube Laser Cutting Machine.

1. Tube Length and Support Method

The first step is to confirm the required tube length and whether the machine provides an appropriate support system for long workpieces.

The configuration discussed in this case supports a 6m tube length and includes an Automatic Follow-Up Support System to address potential tube sagging during cutting.

2. Does the Loading Method Match the Production Process?

As tube dimensions and weight increase, material handling becomes an important part of machine operation. Depending on production requirements, customers can evaluate Manual Loading, Semi-Automatic Loading or Fully Automatic Loading.

This configuration supports a semi-automatic or fully automatic loading option, allowing the loading method to be selected according to the customer’s production workflow.

3. Chuck and Cutting Head Clearance

The space between the cutting head and chuck is another factor that should not be overlooked.

This configuration uses a 250mm chuck and a removable cutting head in front of the chuck, providing a practical design for cutting-head access and clearance around the chuck area.

Laser Power Is Not the Only Selection Factor

For automotive supply chains and metal fabrication companies in Bursa, a 6kW laser source can be an important part of the equipment specification, but laser power alone should not determine the machine selection.

Customers should also evaluate:

* Tube length
* Chuck diameter
* Tube loading method
* Follow-up support
* Cutting head clearance
* Zero-tailing design
* Required cutting process

The configuration in this case uses a Raycus 6kW laser source, 250mm chuck, Delta servo motors and BOCHU control system. It also includes zero-tailing cutting, with a holder designed to support the final section of the remaining material.

For automotive component and metal fabrication companies in Bursa working with 6m tubes, tube laser cutting machine selection should be based on the complete processing workflow rather than laser power alone.

Long-tube support, loading method, chuck size, cutting-head clearance and remaining-material handling are all technical factors that should be evaluated according to the actual application.

A configuration matched to the tube dimensions and production process can provide a more practical approach to long-tube laser cutting applications.