Hanger
In CNC machining and millwork, a hanger refers to a part or feature that hangs, supports, suspends, or mounts another component. Depending on the job, it can be a decorative door hanger, a keyhole hanger for wall mounting, a clothes hanger, or an engineered mechanical hanger such as a derailleur or pipe hanger.
On the shop floor, hanger work spans several machining routines. In wood and sign work, keyhole hangers are machined into the backs of plaques and flags so the part sits flush. Programming must control pocket depth, slot width, and tool clearance; shallow pockets or incorrect spacing cause rocking. In millwork, hanger features are routed into panels for hidden brackets, with edge distance and depth critical for flat mounting. In metal fabrication, hangers are plasma-cut, laser-cut, wire-formed, or CNC-machined as hardware. Steel hangers, wire forming machines, and precision-machined spacers are common. These parts often carry load or mate with fasteners, so thickness, hole location, and kerf compensation need tight control. A CNC cell producing hangers must balance finish and accuracy, since misalignment in a derailleur or pipe hanger creates assembly problems.
Is a hanger always a structural component?
No. In CNC and millwork, a hanger may be purely decorative, a mounting feature, or a load-bearing mechanical part depending on the job context.
What matters most when machining a hanger feature into wood?
Hole and slot location, pocket depth, and toolpath accuracy matter most because they determine whether the finished part hangs level and sits flush against the wall.
What matters most when machining a metal hanger part?
Dimensional control of mounting interfaces, especially hole spacing, thickness, and positional tolerance, because hanger parts often mate to fasteners or aligned assemblies.