Articles

3-axis and 5-axis CNC machining each offer distinct advantages depending on part geometry, tolerance requirements, tool access, and setup complexity. This article explains the key differences between the two approaches, including when indexed 3+2 machining is sufficient and when simultaneous 5-axis machining provides a practical advantage.

Swiss Type CNC machining is a specialized method for producing small, complex parts with high dimensional accuracy. By supporting the material close to the cutting zone, it enables stable machining of fine features, long length-to-diameter ratios, and tight tolerances - making it ideal for consistent, repeatable precision in extended production runs.

CNC machining is one of the foundational technologies of modern manufacturing. It enables the production of accurate, repeatable, and complex components by automating material removal through digitally controlled machine tools.

Design for Manufacturability (DFM) is a practical engineering discipline that aligns design decisions with real CNC manufacturing constraints. When applied early, it reduces cost, stabilizes production, and improves scalability without compromising performance.