Achieve higher efficiency and quality, with shorter lead times and reduced costs.
It optimizes laser toolpath and machine parameters with the objective to minimize defects and adjust parameter settings based on your objective, quality or productivity.
PAAM uncovers and rectifies porosities, print inefficiencies (such as unnecessarily long runtimes), and other toopath related problems before the first layer is laid down.
Unlike AI approaches that demand vast empirical datasets for each new geometry or production scenario, PAAM delivers immediate insights—whether you’re working with novel materials, printers, or parameter combinations—without any upfront training.
Even for large and intricate parts comprising thousands of layers, PAAM churns out analysis and corrective guidance in mere minutes—dramatically outpacing the days‐long runtimes typical of conventional simulationbased tools.
Analyzes build files for possible porosities, suboptimal laser vector scanning and gas flow induced problems.
Gives suggestions for a more optimal parameter set that is geometry dependent and eliminates unnecessary costs. Gives the option to adjust parameters for either best quality or for minimizing costs.
Adjusts laser toolpath and process parameters by region (defined in the CAD file) (e.g. mechanical load…)
what makes us different
Maximize your printer’s output with smarter settings that reduce waste and downtime, increasing overall productivity.
Streamline your printing process and deliver faster results without compromising quality.
Achieve consistent, high-quality prints by detecting and correcting porosities before they affect your production.
Reduce material waste and reprints, leading to higher savings on production costs.
