DynaFlex Oscillator

The DynaFlex Hydraulic Mold Oscillator is an innovative solution designed to address key challenges in the steel industry. Continuous casting operations require reliability, precise control, and minimal maintenance. It addresses these needs by automatically adapting oscillation curves, stroke, and frequency, ensuring optimal performance even at highest casting speeds.

The DynaFlex Hydraulic Mold Oscillator is crucial for continuous casting steel plants aiming to improve casting reliability, surface quality, and operational efficiency. Engineered to improve casting efficiency and quality, the DynaFlex system automatically adjusts oscillation parameters to ensure reliability and safety. By increasing powder consumption, this technology significantly reduces the risk of breakouts, a critical factor for maintaining high casting speeds.

The DynaFlex system automatically adjusts oscillation curves, stroke, and frequency based on configurable parameters in the automation system to ensure optimal performance under varying conditions. Its low oscillation mass ensures resonance-free operation, contributing to a stable and reliable casting process. The oscillator also reduces the depth of the oscillation mark and optimizes powder consumption, thereby improving surface quality, particularly at low and high casting speeds. Its robust design reduces maintenance requirements, minimizing operational disruptions and costs.

Benefits of DynaFlex Hydraulic Mold Oscillator

• Automatic adaptation of oscillation curves, stroke, and frequency for optimal casting.
• Reduction in oscillation mark depth and optimized powder consumption for quality improvements.
• Easy integration and operation with existing mold types through the "Connect & Cast®" system.
• Enhanced casting reliability and safety at high speeds.
• Improved surface quality at low and high casting speeds.
• Extended operational range with reduced maintenance efforts and costs.
• Optimized operational efficiency and reduced maintenance costs.
• Ensured casting process reliability and safety.