PANOPTIMIZATION TO EXHIBIT PANX ADDITIVE MANUFACTURING SIMULATION AND OPTIMIZATION PLATFORM AT RAPID + TCT 2026

Why It Matters

By delivering scalable, high‑fidelity simulation and optimization, PanX can cut development time and cost for manufacturers transitioning to volume production of complex metal parts, strengthening the competitiveness of the AM supply chain.

Key Takeaways

• PanX simulates large, complex metal AM parts at high resolution
• Traditional tools struggle with memory, meshing, runtime for big parts
• Platform offers both distortion prediction and process optimization
• Free trials and on‑site consultations at RAPID + TCT

Pulse Analysis

The metal additive manufacturing sector is moving beyond prototyping into full‑scale production, driven by aerospace, automotive, and medical demand for parts with intricate geometries and superior performance. However, scaling up introduces thermal gradients, residual stresses, and distortion that can jeopardize part integrity. Conventional simulation packages were built for modestly sized components; their meshing algorithms and memory footprints explode when applied to large, complex builds, forcing engineers to rely on costly physical trial runs. As a result, manufacturers are seeking digital tools that can keep pace with production schedules while maintaining accuracy.

PanX addresses these gaps by leveraging adaptive meshing and cloud‑native compute to deliver high‑resolution thermal‑mechanical analysis across the entire build envelope. The platform integrates directly with common LPBF and DED machine controllers, allowing users to import part geometry, process parameters, and support structures in a single workflow. Beyond distortion prediction, PanX runs iterative optimization loops that adjust laser power, scan strategy, and build orientation to minimize residual stress and material waste. The result is a predictive‑driven environment where engineers can validate designs virtually before committing to a single metal powder batch.

The timing of PanX’s debut at RAPID + TCT 2026 is strategic, as the event gathers the majority of North American AM decision‑makers under one roof. By offering on‑site free trials and hands‑on consultations, PanOptimization aims to convert curiosity into pilot projects that demonstrate tangible ROI within weeks. If manufacturers adopt such high‑fidelity simulation at scale, the industry could see a shift from iterative physical testing to data‑centric design, accelerating time‑to‑market and reducing the cost of entry for smaller suppliers. Ultimately, tools like PanX are poised to become a cornerstone of the next generation of digital manufacturing ecosystems.