Custom Sheet Metal CNC Laser Cutting Aluminum Stainless Steel Metal Fabrication Services

What metals can a laser cut?

Lasers can cut many materials and are typically used on a few metals—especially carbon steel, mild steel, stainless steel, steel alloys, and aluminum

Carbon Steel: Steel is a mixture of iron and carbon. Carbon steel is steel with a particularly high carbon content

Mild Steel: Mild steel has a low carbon content compared to carbon steel

Stainless Steel: Stainless steel adds a small amount of chromium for corrosion resistance

Other Steel Alloys: Alloy steels combined with one or more other elements to enhance their strength

Aluminum: Aluminum material is lighter than steel material, so it is useful

In addition to these metals, lasers can be used to cut many non-metallic materials, from wood to plastic to ceramics. However, it is most commonly used for cutting metals, especially those listed above

sheet metal bending

By bending sheet metal, various part geometries can be created. The angle and location of bends can be precisely controlled, and multiple bends can be placed in close relation to each other and in different orientations to produce multi-bend shapes, housings, brackets, and various parts, often without the need for customization. any investment in the tool. This allows a high degree of flexibility to quickly create almost any shape you want

What are the advantages of sheet metal bending?

Some of the main advantages of bending steel or bending metal in general include:

Manufacturing speed: automation and the latest technology allow us to produce a large number of parts in a relatively short period of time

Accuracy: With proper design for manufacturability, bent sheet metal parts can be very precise, especially when using the latest CNC press brakes

Less post-processing: Unlike welded parts, the product requires little post-bending, other than requiring any additional surface finishing or hardware

Reduced part count: Because the assembly is made from a single piece of material rather than multiple parts with joints, this helps simplify logistics, BOM and reduce overall complexity

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