INCT GmbH
In order to help the customer break through market homogenization and improve processing efficiency, INCT delivered a laser welding equipment solution based on the INCT servo system and precision mechanical transmission components.
By combining precise motion control with stable mechanical integration, the solution enables higher welding speed while maintaining accuracy, repeatability, and long-term operational stability.
In the laser welding equipment market, many machines offer similar performance levels, making differentiation increasingly difficult. At the same time, continuous price pressure from end users reduces profit margins for equipment manufacturers.
From a technical perspective, conventional laser welding machines typically operate at processing speeds of approximately 200 mm/s, which limits overall production efficiency. Increasing welding speed without introducing instability, accuracy loss, or higher failure rates presents a key engineering challenge.
In addition, the customer required a solution that could reduce system failures and after-sales workload while maintaining consistent positioning accuracy during high-speed operation.
To meet these requirements, the system adopts an INCT-based motion solution integrating servo control and precision mechanical transmission components.
The system configuration includes:
Provides fast response, stable torque output, and precise speed control for high-speed welding motion.
Ensures smooth transmission and low backlash, supporting stable welding seams at higher speeds.
Supports long-stroke, high-speed motion while maintaining positioning stability.
Maintain motion precision and repeatability under dynamic operating conditions.
The overall configuration is optimized to balance motion speed, rigidity, and precision under high-speed welding conditions.
The implemented solution meets the specified machine performance indicators and supports stable high-speed welding operation:
• Laser power: 8 kW
• Maximum X/Y axis speed: 30 m/min
• Maximum X/Y axis acceleration: 0.6 G
• X/Y axis positioning accuracy: ±0.03 mm
• X/Y axis repeatability: ±0.02 mm
With the optimized INCT servo-driven system, stable welding speed was increased from approximately 200 mm/s to 300 mm/s, resulting in an efficiency improvement of about 50%.
• High-response servo control supporting stable high-speed welding
• Low-backlash mechanical transmission ensuring seam consistency
• Balanced system design addressing speed, rigidity, and precision simultaneously
• Reliable components reducing downtime and after-sales workload
• Performance improvement enabling clearer equipment differentiation
• Laser welding equipment for metal components
• High-speed industrial welding systems
• Automated welding production lines
Planning a laser welding equipment upgrade or a new high-speed welding system?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about servo-driven motion control, mechanical transmission configuration, and high-speed laser welding system design.
In order to help the customer break through market homogenization and improve processing efficiency, INCT delivered a laser welding equipment solution based on the INCT servo system and precision mechanical transmission components.
By combining precise motion control with stable mechanical integration, the solution enables higher welding speed while maintaining accuracy, repeatability, and long-term operational stability.
In the laser welding equipment market, many machines offer similar performance levels, making differentiation increasingly difficult. At the same time, continuous price pressure from end users reduces profit margins for equipment manufacturers.
From a technical perspective, conventional laser welding machines typically operate at processing speeds of approximately 200 mm/s, which limits overall production efficiency. Increasing welding speed without introducing instability, accuracy loss, or higher failure rates presents a key engineering challenge.
In addition, the customer required a solution that could reduce system failures and after-sales workload while maintaining consistent positioning accuracy during high-speed operation.
To meet these requirements, the system adopts an INCT-based motion solution integrating servo control and precision mechanical transmission components.
The system configuration includes:
Provides fast response, stable torque output, and precise speed control for high-speed welding motion.
Ensures smooth transmission and low backlash, supporting stable welding seams at higher speeds.
Supports long-stroke, high-speed motion while maintaining positioning stability.
Maintain motion precision and repeatability under dynamic operating conditions.
The overall configuration is optimized to balance motion speed, rigidity, and precision under high-speed welding conditions.
The implemented solution meets the specified machine performance indicators and supports stable high-speed welding operation:
• Laser power: 8 kW
• Maximum X/Y axis speed: 30 m/min
• Maximum X/Y axis acceleration: 0.6 G
• X/Y axis positioning accuracy: ±0.03 mm
• X/Y axis repeatability: ±0.02 mm
With the optimized INCT servo-driven system, stable welding speed was increased from approximately 200 mm/s to 300 mm/s, resulting in an efficiency improvement of about 50%.
• High-response servo control supporting stable high-speed welding
• Low-backlash mechanical transmission ensuring seam consistency
• Balanced system design addressing speed, rigidity, and precision simultaneously
• Reliable components reducing downtime and after-sales workload
• Performance improvement enabling clearer equipment differentiation
• Laser welding equipment for metal components
• High-speed industrial welding systems
• Automated welding production lines
Planning a laser welding equipment upgrade or a new high-speed welding system?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about servo-driven motion control, mechanical transmission configuration, and high-speed laser welding system design.