What are the main advantages of LiMAMS-SC software in laser cladding?

Enhanced Process Control

LiMAMS-SC software optimizes laser cladding by monitoring power, scan speed, powder feed rate, and melt pool stability in real time. This ensures repeatable deposition quality and reduces operator dependency—particularly useful when processing demanding alloys such as Inconel 718 or Stellite 6.

Intelligent Path Planning

The software enhances positioning accuracy by automatically generating toolpaths to match complex geometries. This significantly improves feature restoration in components created via directional casting or powder metallurgy, where precise alignment and layer control are critical.

Real-Time Monitoring and Feedback

LiMAMS-SC provides dynamic adjustment capabilities during the cladding process. It detects inconsistencies such as temperature spikes or insufficient bonding and corrects them instantly, improving first-pass yield and reducing rework cost. Data logs can be integrated with post-process analysis tools and material testing and analysis workflows.

Reduced Heat Input and Distortion

Through optimized laser parameters, LiMAMS-SC minimizes thermal gradients and restricts the heat-affected zone. This protects the microstructure of high-value alloys such as Hastelloy C-22HS, reducing the risk of cracking or grain coarsening and improving component durability.

Improved Overall Production Efficiency

Automated parameter control and path planning shorten cladding time and streamline integration with CNC machining and other finishing steps. This makes LiMAMS-SC particularly valuable for high-volume repair work in power generation and defense industries.