In different product applications, common issues include:
Unstable needle-punching structure
Inconsistent surface appearance
Long debugging and commissioning cycles
Repeated trial-and-error needle adjustments
Our Approach
We simulate the needle-punching process during nonwoven production, including the penetration and consolidation trajectory of needles through the fiber web, in order to achieve:
01
Virtual Simulation
Pre-simulate needle-punching effects in software to reduce trial cost
02
Parameter Optimization
Optimize needle board motion, needling density, and stroke parameters
03
Quality Prediction
Predict fabric density, uniformity, and surface pattern in advance
System Capabilities
01
Real-time Performance
Millisecond-level computation synchronized with needle motion
02
High Precision
Pixel-level positioning, accurately reproducing each needle trajectory
03
Visualization
Density distribution visualization to support process optimization
Value to Customers
Shorter commissioning time
Reduced trial-and-error cost
Improved product consistency
Faster product changeover
Suitable Applications
High-end base fabrics
High-uniformity nonwoven products
Interested in digital simulation for your production line?
