Sheet Metal Fabrication

Powder coating failure is rarely caused by the powder coating material alone. In our experience working with fabricated metal components, the problems usually begin much earlier — during design, cutting, […]

Metal finishing is more than the final appearance of a fabricated component. For sheet metal manufacturers, finishes such as powder coating, plating and anodising can affect part dimensions, assembly accuracy […]

Selecting the correct sheet metal thickness is one of the most important decisions in fabrication design. The wrong choice can affect component weight, production costs, assembly requirements and long-term performance. […]

Material availability can determine whether a fabrication project stays on schedule or stalls before production begins. A design may meet every engineering requirement, yet still create delays if the specified […]

Choosing the right material is one of the most important decisions in fabrication. Material choice affects manufacturing cost, production efficiency, component reliability and long-term performance. Engineers often specify materials based […]

A sheet metal component can look correct on a CAD screen and still create problems during fabrication. One common cause is poor sheet metal hole placement, especially when holes sit […]

Sheet metal bending cost depends on more than the number of bends shown on a drawing. A seemingly small design change can alter tooling, bend sequence, handling time and inspection […]

A sheet metal design can determine whether a project moves efficiently through production or becomes expensive once it reaches the workshop. After more than 35 years supporting Australian manufacturers, we […]

A product can look complete in CAD and still create problems once it reaches production. Tolerances may be tighter than the fabrication process requires. Bend locations may demand special tooling. […]