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Digital Twin System
Process Overview：
SOPHON specializes in integrating the digital twin system and AI technologies to provide digital solutions for various industries, helping clients achieve digital transformation and enhance competitiveness.
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Advantages
Virtual-physical Mapping & Bidirectional Interaction
Real-time Synchronization & Dynamic Update
High Fidelity & Precise Simulation
Scalability & Flexibility
System Diagram
Related Products
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Ultrasonic DisperserThe Ultrasonic Disperser, as advanced material processing equipment, is primarily based on the utilization of ultrasonic energy with frequency exceeding 20 kHz. This ultrasonic frequency lies beyond the range of human hearing, yet it can induce a series of unique physical effects in liquid media, such as cavitation, thermal effects and mechanical effects. These effects work synergistically, enabling ultrasonic dispersers to deliver outstanding performance in operations like dispersion, mixing and suspension.
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Activation HopperThis device is specifically designed to overcome the limitations of traditional material discharge aid devices (pneumatic hammers, vibrators, air discs, and mechanical agitators) which exhibit excessive noise, contamination risks, and high maintenance costs. It delivers efficient bridging prevention and precise material dosing.
Ultrasonic Disperser
The Ultrasonic Disperser, as advanced material processing equipment, is primarily based on the utilization of ultrasonic energy with frequency exceeding 20 kHz. This ultrasonic frequency lies beyond the range of human hearing, yet it can induce a series of unique physical effects in liquid media, such as cavitation, thermal effects and mechanical effects. These effects work synergistically, enabling ultrasonic dispersers to deliver outstanding performance in operations like dispersion, mixing and suspension.
Activation Hopper
This device is specifically designed to overcome the limitations of traditional material discharge aid devices (pneumatic hammers, vibrators, air discs, and mechanical agitators) which exhibit excessive noise, contamination risks, and high maintenance costs. It delivers efficient bridging prevention and precise material dosing.
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