CAM-Driven Machining of Custom Clamp Components

Metal block with dual V-shaped pockets on a blue machine table next to a laptop displaying 3D model and toolpaths in ENCY CAM software

Metal block clamped in CNC milling machine with dial indicator for setup and alignment

Metal billet clamped in CNC milling machine with drilled holes and milled faces

Metal workpiece clamped in a vise on a CNC milling machine bed with scattered swarf and chips

Two polished metal mold halves with precisely milled cavities on a workshop bench

Contributor

Lavorazioni Meccaniche CS

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Project information

Product

ENCY

Applications

2.5x and 3x mill

Industry

Consumer Products

Die & Mold

Project Overview
Thanks to Lavorazioni Meccaniche CS for sharing this detailed look at CNC machining steps used to manufacture clamp components for faucet assembly. The workflow demonstrates the use of ENCY CAD/CAM software for efficient 2.5x and 3x mill operations, relevant in consumer products and die & mold applications.

CNC Setup and Machining Process
The images and videos highlight a typical setup: a metal billet is precisely aligned using a dial indicator, then milled and drilled in progressive stages. Milling toolpaths are visualized in ENCY, supporting both roughing and finishing passes on aluminum blocks. Consistent coolant use and automatic tool changes ensure high surface quality and process reliability.

Result and Application
The final result consists of polished, accurately contoured mold halves and clamps ready for use in advanced manufacturing. This process showcases practical CAM programming and the application of ENCY in competitive industrial environments.