INCT GmbH
In the metal tube and profile processing industry, conventional 2D and three-axis flat laser cutting machines have become widely adopted. As the technology matures and entry barriers decrease, market competition has intensified, leading to equipment homogenization and continuous price pressure.
At the same time, downstream users increasingly require bevel cutting for welding preparation and complex spatial structures. These requirements cannot be met by traditional flat cutting systems and often rely on secondary processing, which reduces efficiency and consistency.
This project describes the development of a laser bevel five-axis cutting machine system, aimed at enabling true five-axis laser cutting capability and improving equipment differentiation and application flexibility.
Conventional flat laser cutting machines offer limited differentiation due to mature and standardized technology. As a result, machine builders face declining prices and shrinking profit margins.
From a technical perspective, flat cutting systems are unable to perform bevel or angled cuts. Welding bevels must be processed separately, increasing cycle time and introducing quality variation.
Developing a five-axis laser bevel cutting machine introduces additional challenges, including high-speed multi-axis coordination, precise five-axis interpolation, and stable motion control under continuous industrial operation.
To meet the motion and control requirements of laser bevel five-axis cutting, the system adopts an INCT-based five-axis motion solution integrating servo control and precision mechanical transmission components.
The solution includes:
Provides high dynamic response and precise control for both linear and rotary axes, supporting coordinated five-axis motion.
Ensures stable linear motion and positioning accuracy on the X, Y, and Z axes.
Applied to rotary axes to optimize torque transmission and angular positioning accuracy.
Used for long-stroke linear motion, balancing high speed and positioning stability in large-format cutting systems.
The complete system is configured and tuned specifically for five-axis laser cutting applications to achieve a balance between dynamic performance, accuracy, and long-term stability.
The implemented system enables stable and coordinated five-axis motion for laser bevel cutting, supporting complex spatial cutting paths.
• X / Y / Z linear axes provide high-speed three-dimensional positioning
• A / C rotary axes enable precise angular adjustment of the cutting head
• Coordinated five-axis interpolation maintains consistent cutting angles
• Bevel cutting can be completed in a single process, reducing secondary operations
These results demonstrate the system’s suitability for industrial laser bevel cutting applications.
• Coordinated five-axis motion control architecture
• High dynamic response and positioning accuracy
• Reliable mechanical transmission matched to laser cutting loads
• System-level tuning optimized for continuous operation
• Clear upgrade path from flat cutting to high-value bevel cutting
• Laser tube bevel cutting
• Welding bevel preparation
• Structural steel processing
• Machinery and industrial equipment manufacturing
Planning to develop or upgrade a laser bevel five-axis cutting machine?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about five-axis motion control, interpolation accuracy, and system integration for laser bevel cutting applications.
In the metal tube and profile processing industry, conventional 2D and three-axis flat laser cutting machines have become widely adopted. As the technology matures and entry barriers decrease, market competition has intensified, leading to equipment homogenization and continuous price pressure.
At the same time, downstream users increasingly require bevel cutting for welding preparation and complex spatial structures. These requirements cannot be met by traditional flat cutting systems and often rely on secondary processing, which reduces efficiency and consistency.
This project describes the development of a laser bevel five-axis cutting machine system, aimed at enabling true five-axis laser cutting capability and improving equipment differentiation and application flexibility.
Conventional flat laser cutting machines offer limited differentiation due to mature and standardized technology. As a result, machine builders face declining prices and shrinking profit margins.
From a technical perspective, flat cutting systems are unable to perform bevel or angled cuts. Welding bevels must be processed separately, increasing cycle time and introducing quality variation.
Developing a five-axis laser bevel cutting machine introduces additional challenges, including high-speed multi-axis coordination, precise five-axis interpolation, and stable motion control under continuous industrial operation.
To meet the motion and control requirements of laser bevel five-axis cutting, the system adopts an INCT-based five-axis motion solution integrating servo control and precision mechanical transmission components.
The solution includes:
Provides high dynamic response and precise control for both linear and rotary axes, supporting coordinated five-axis motion.
Ensures stable linear motion and positioning accuracy on the X, Y, and Z axes.
Applied to rotary axes to optimize torque transmission and angular positioning accuracy.
Used for long-stroke linear motion, balancing high speed and positioning stability in large-format cutting systems.
The complete system is configured and tuned specifically for five-axis laser cutting applications to achieve a balance between dynamic performance, accuracy, and long-term stability.
The implemented system enables stable and coordinated five-axis motion for laser bevel cutting, supporting complex spatial cutting paths.
• X / Y / Z linear axes provide high-speed three-dimensional positioning
• A / C rotary axes enable precise angular adjustment of the cutting head
• Coordinated five-axis interpolation maintains consistent cutting angles
• Bevel cutting can be completed in a single process, reducing secondary operations
These results demonstrate the system’s suitability for industrial laser bevel cutting applications.
• Coordinated five-axis motion control architecture
• High dynamic response and positioning accuracy
• Reliable mechanical transmission matched to laser cutting loads
• System-level tuning optimized for continuous operation
• Clear upgrade path from flat cutting to high-value bevel cutting
• Laser tube bevel cutting
• Welding bevel preparation
• Structural steel processing
• Machinery and industrial equipment manufacturing
Planning to develop or upgrade a laser bevel five-axis cutting machine?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about five-axis motion control, interpolation accuracy, and system integration for laser bevel cutting applications.