THD-80

Function Features

• FEA Optimized High-Rigidity Frame Structure: The press frame is optimized through finite element analysis (FEA) to achieve improved rigidity, balanced stress distribution, reduced deformation, and enhanced structural stability for high-precision stamping applications.
• Stress-Relieved Cast Iron Frame: High-strength cast iron components undergo annealing, rough machining, and vibratory stress relief (VSR) treatment to eliminate internal stress, ensuring long-term precision, durability, and stable production performance.
• Advanced Thermal Deformation Control: Temperature-controlled oil cooling technology minimizes thermal deformation of the press structure and maintains consistent stamping accuracy during continuous operation.
• Thermal Balance Oil Cooling System: The integrated oil cooler regulates lubricant temperature and maintains internal thermal balance, reducing unstable expansion caused by temperature fluctuations and improving Bottom Dead Center (BDC) accuracy.
• High-Speed Dynamic Balancing System: The customized counter dynamic balancing system compensates for upper die rebound forces, reduces vibration, and enhances operational stability during high-speed stamping processes.
• Electric Die Height Adjustment System: The electric die height adjustment mechanism with position indicator enables convenient operation, accurate die setting, and improved production efficiency.
• PLC HMI Intelligent Control System: The human-machine interface (HMI) displays press angle, operating speed, machine status, and fault information, providing efficient monitoring and reliable production management.

Designed for High-Precision Stamping: MINGXU knuckle joint precision presses provide stable and accurate solutions for electronic terminals, micro connectors, precision metal components, and advanced progressive die stamping applications.