Complex Mold and Metal Part Manufacturing with Multiaxis CNC

Large circular metal ring with a turned inner bore and rough outer face on a worktable, produced by CNC lathe

Large curved aluminum casting being machined on a CNC milling center with industrial robot in background

Large curved metal component with rough and finished surfaces resting on a shop-floor fixture during CNC milling

Large U-shaped metal casting with machined inner faces resting on support sawhorses in a workshop

CNC milling center with KS 655i spindle performing high-precision machining on steel

Large curved aluminum frame with smooth milled faces on a metal pallet in a machine shop

Large metal tooling blank being rough-machined on a gantry-style CNC milling machine with metal chips scattered around

Close-up of a stamped metal sheet panel with formed flanges, bead lines, and recessed areas, typical of automotive press forming

Rectangular aluminum workpiece with milled pockets and rounded internal corners, produced by CNC milling

Deep-drawn sheet-metal panel with recesses and contours from stamping process

Contributor

MecDATA SCP

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Project information

Product

ENCY

Industry

Die & Mold

Automotive & Transportation

Shared by MecDATA SCP
This showcase highlights industrial die and mold production, where a variety of large, complex metal components are machined for automotive and heavy manufacturing applications. The images depict CNC milling and turning processes involving aluminum castings, steel blocks, and tooling blanks—each component displaying a mix of rough-formed and precisely finished surfaces.

Advanced Workflow
Through multiaxis and lathe machining, parts such as mold cavities, stamped sheet-metal panels, and structural castings are produced to exacting standards. The absence of operator or software screens underscores an automated, high-throughput shop environment.

Supporting Software and Automation
These results are achieved using ENCY CAD/CAM software supporting coordinated multi-axis and robotic manufacturing in die & mold and automotive sectors. The process integrates advanced toolpath strategies and automation for consistent, high-quality outcomes.