CNC Milling Parts Manufac

What are the most common

The contradiction between the characteristics of copper alloy materials and CNC milling processing techniques has given rise to five core challenges: surface defects caused by chip adhesion, thermal deformation caused by high thermal conductivity, burr residue caused by soft substrates, accelerated wear caused by chemical reactions between tools and materials, and dimensional stability issues in precision machining.

Steel milling remains the cornerstone of modern manufacturing, transforming raw steel into critical components for aerospace, automotive, and medical industries. However, achieving precision and efficiency in steel milling demands mastery of advanced CNC strategies, cutting-edge tooling, and meticulous process control. At SCZY LTD, our decade-long expertise in steel machining has enabled us to develop proprietary techniques that overcome common challenges—from tool wear and heat buildup to surface finish imperfections. This guide delves into the science of steel milling, offering actionable insights to elevate your machining outcomes.