INCT GmbH
Laser welding systems for automotive clutch components require extremely high control accuracy and process stability. Welding quality directly affects bonding strength, airtightness, and metallographic structure, making motion control performance a critical factor in system design.
This project focuses on implementing an INCT-based servo drive solution to meet stringent welding process requirements for automotive clutch applications.
The welding process requires precise coordination between motion and power output, demanding stable servo response and accurate motion execution under different control modes.
The application requires high bonding strength, strong airtightness, and strict metallographic quality, leaving little tolerance for motion fluctuation or instability.
Improving production efficiency requires the system to operate at high speed and acceleration while maintaining stable welding quality.
Based on detailed application analysis and engineering calculations, INCT selected and implemented a servo drive solution consisting of INCT servo motors and reducers, optimized for laser welding applications.
The selected components provide:
• Stable and responsive motion control supporting time–power and position–power welding modes
• Reliable torque transmission and dynamic performance under high-speed operation
• Motion stability suitable for demanding welding quality requirements
Component selection was guided by load analysis and system-level performance matching to ensure both efficiency and welding consistency.
The implemented INCT-based solution achieved the following core performance indicators:
• Linear axis speed up to 48 m/min with acceleration of 0.6 g, significantly improving production efficiency
• B1 rotary axis speed of 120 r/min with angular acceleration of 20 rad/s2, supporting precise welding motion
• Welding metallography fully meeting the customer’s requirements, confirming stable bonding strength and airtightness
Scientific calculation and matching ensured that INCT servo motors and reducers met both dynamic performance and welding quality requirements.
Reliable servo performance supported precise execution of time–power and position–power control strategies.
The solution was developed specifically for automotive clutch welding requirements, ensuring practical implementation and consistent results.
• Automotive clutch laser welding systems
• High-precision automotive component welding
• Laser welding equipment requiring strict metallographic control
Struggling to maintain welding quality under high-speed servo motion?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about servo drive selection, time–power and position–power control, and motion stability for laser welding applications.
Laser welding systems for automotive clutch components require extremely high control accuracy and process stability. Welding quality directly affects bonding strength, airtightness, and metallographic structure, making motion control performance a critical factor in system design.
This project focuses on implementing an INCT-based servo drive solution to meet stringent welding process requirements for automotive clutch applications.
The welding process requires precise coordination between motion and power output, demanding stable servo response and accurate motion execution under different control modes.
The application requires high bonding strength, strong airtightness, and strict metallographic quality, leaving little tolerance for motion fluctuation or instability.
Improving production efficiency requires the system to operate at high speed and acceleration while maintaining stable welding quality.
Based on detailed application analysis and engineering calculations, INCT selected and implemented a servo drive solution consisting of INCT servo motors and reducers, optimized for laser welding applications.
The selected components provide:
• Stable and responsive motion control supporting time–power and position–power welding modes
• Reliable torque transmission and dynamic performance under high-speed operation
• Motion stability suitable for demanding welding quality requirements
Component selection was guided by load analysis and system-level performance matching to ensure both efficiency and welding consistency.
The implemented INCT-based solution achieved the following core performance indicators:
• Linear axis speed up to 48 m/min with acceleration of 0.6 g, significantly improving production efficiency
• B1 rotary axis speed of 120 r/min with angular acceleration of 20 rad/s2, supporting precise welding motion
• Welding metallography fully meeting the customer’s requirements, confirming stable bonding strength and airtightness
Scientific calculation and matching ensured that INCT servo motors and reducers met both dynamic performance and welding quality requirements.
Reliable servo performance supported precise execution of time–power and position–power control strategies.
The solution was developed specifically for automotive clutch welding requirements, ensuring practical implementation and consistent results.
• Automotive clutch laser welding systems
• High-precision automotive component welding
• Laser welding equipment requiring strict metallographic control
Struggling to maintain welding quality under high-speed servo motion?
[ Request a Free Technical Consultation → ]
Talk to INCT engineers about servo drive selection, time–power and position–power control, and motion stability for laser welding applications.