
The global standard for 2D/3D pattern engineering and AI-driven marker optimization.
PAD System represents a sophisticated technical ecosystem for the global apparel industry, specializing in 2D pattern design, 3D simulation integration, and AI-driven nesting. Moving into 2026, the architecture has transitioned from localized desktop CAD to a hybrid Cloud-SaaS model, emphasizing 'PAD Cloud' for collaborative design. Its technical core utilizes a proprietary geometry engine that allows for 'Master Pattern' linking—where changes to a base pattern automatically propagate across all graded sizes and markers, significantly reducing engineering overhead. The system's AI Automarker utilizes genetic algorithms and heuristic optimization to maximize fabric utilization, directly impacting sustainability goals by minimizing textile waste. Positioned as a high-tier alternative to Gerber and Lectra, PAD System distinguishes itself through its open platform philosophy, supporting seamless DXF/AAMA/ASTM data exchange. Its 2026 market position is defined by its 'Mass Customization' engine, enabling Made-to-Measure (M2M) automation at scale, integrating directly with 3D scanners and digital textile printers to support the industry's shift toward on-demand manufacturing and circular fashion workflows.
Dynamic link between base patterns and derived styles ensuring global updates.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Cloud-based genetic algorithm engine for high-efficiency nesting.
Algorithmically converts 3D draped mesh into accurate 2D production patterns.
Script-based application of size increments based on skeletal data.
Real-time checking for overlapping pieces and seam allowance conflicts.
Automated pattern alteration based on input body measurements via API.
Utilizes local or cloud GPU/CPU clusters to process hundreds of markers simultaneously.
Fabric waste exceeding 15% due to inefficient manual marker making.
Registry Updated:2/7/2026
Manual grading for 12 sizes across 50 styles takes weeks.
Each garment requires unique pattern adjustments based on individual measurements.