HS Code for Wire forming machine

Wire forming machines are classified under HS code 8463.30. This code falls under Heading 8463, which covers machine-tools for working metal or cermets without removing material, other than those of heading 8462. Specifically, 8463.30 is reserved for machines designed for working wire. These machines operate by bending, coiling, or twisting wire into specific shapes, such as springs, clips, or mesh, without the use of cutting tools that remove metal shavings. The classification is determined by the machine's primary function of shaping wire through mechanical force. Under the Harmonized System, the distinction between headings 8456 to 8463 is based on the method of metalworking. Since wire forming involves deformation rather than removal of material, and is specific to wire, 8463.30 is the most specific and appropriate code. This includes both manual and highly automated computer numerical control (CNC) machines, as the method of control does not alter the fundamental classification of the machine tool.

Products Included

• CNC wire bending machines
• Automatic spring coiling machines
• Wire straightening and cutting machines
• Wire twisting and weaving machines
• Mechanical wire forming presses

Common Misclassification

These machines are often misclassified under HS code 8462.29, which covers bending, folding, or flattening machines for flat metal products. However, 8463.30 is more specific for wire. They may also be confused with HS code 8479.81, which is a residual category for machines for treating metal. Because 8463.30 specifically describes wire-working machine tools, it takes precedence over the general machinery heading of 8479 according to GRI 3(a).

FAQ

What is the HS code for wire forming machine?

The primary HS code for machines that work wire without removing material is 8463.30.

Are CNC wire benders classified differently than manual ones?

No, both CNC and manual wire forming machines are classified under 8463.30, as the HS code focuses on the mechanical function of the machine rather than its electronic control system.