CO₂ Composite Spray Technology for Laser Processing Dual-Mode Contamination Control and Surface Quality Enhancement
This is Part 1 of a twelve (12) part series regarding CO₂ Composite Spray Technology and how it represents a transformational adjunct for laser-based manufacturing—from post-laser cleanup to integrated contamination control to real-time process optimization.
Laser-based welding, cutting, machining, and additive manufacturing enable high-precision production but routinely generate complex surface contamination—including metallic and non-metallic particulates, oxide scales, carbonaceous residues, and entrapped gases—that degrade surface integrity, dimensional control, and downstream joining, coating, sealing, and biocompatibility requirements.[1][2] Traditional post-process cleaning often requires water-based or solvent chemistries that introduce waste streams, drying delays, and environmental compliance burdens.
Click image below to listen in 🎧
