Cutting and machining

Industrial identification almost always involves physical operations beyond the marking itself: cutting the part to the required profile, drilling fixing holes, cutting out text, rounding corners and contouring non-rectangular shapes. These operations define how the plate integrates into its final support as much as the information it carries.

AMBAR ITC integrates cutting and machining capabilities within the production flow: shearing and die-cutting for standard formats, a CNC router for complex profiles and cut-out lettering, and drilling for specific fixings. This makes it possible to deliver the plate ready for assembly, with no additional operations on the client's side.

We work on the substrates common in industrial identification: aluminium (natural, anodised and colour-anodised), stainless steel and engineering plastics. The choice of technique depends on the material, the thickness and the profile complexity.

Aluminium (natural, anodised, colour-anodised), stainless steel and engineering plastics. The substrate and thickness are matched to the part's end use.

It is the ability to complete the production flow when the plate needs more than a rectangular cut: cut-out lettering, fixing holes, curved contours and panel-fit slots.

We work with the thicknesses and formats common in the industrial sector. Dimensional tolerances are matched to the part's end use and adjustable to the client's specification. Special cases of large thickness, very large format or tight tolerance are assessed on request.

The choice between shearing, die-cutting and CNC depends on geometry and volume. For long runs with a standard profile, die-cutting is efficient; for complex profiles or short runs, CNC is usually the optimal option.