R&D Center

Casting CAE Engineering Services

Casting CAE analysis can assess the risks of flow defects (air entrapment, oxide slag, flow marks, pinholes, insufficient filling, etc.) and solidification and cooling defects (shrinkage cavities, shrinkage porosity, hot cracks, shrinkage, deformation, warping, etc.) under current process conditions, helping enterprises understand potential defect risks before mold opening and assisting engineers in process optimization for defect risks in the early stage.

Supported Casting Process Types

High Pressure Casting, Gravity Casting, Precision Casting, Other Casting

Stamping CAE Engineering Services

Stamping CAE analysis can assess the risks of various surface quality defects (fracture, wrinkles, scratches, abrasion, slip lines, material accumulation) and stress defects (springback deformation, warping, residual stress) of stamping parts under current process conditions, effectively helping automotive covering parts, home appliance stamping parts, hardware precision stamping parts and other production enterprises understand potential defect risks before stamping die manufacturing and assisting engineers in targeted optimization.

Supported Stamping Process Types

Single Step Stamping, Multi Step Stamping, Progressive Die Stamping, Springback Compensation Calculation

Our Team

Our team consists of a group of doctoral-level researchers with over 25 years of industry and MCAD application software development experience.

We focus on using nature-inspired computational methods combined with MCAD to develop high-level mold/product design automation and optimization, cost estimation and environmental assessment application software systems. We also provide professional MCAD customer customization programming, training, engineering design/CAE consulting services.

Our Wish

To achieve high-level automated design and optimization using nature-inspired computational methods combined with advanced CAD systems.

Our Mission

To improve customer productivity and engineering design quality through automation and optimization, reducing dependence on key personnel and eliminating human errors in the design process.