Process Materials Max ThicknessKey FeaturesTypical Applications

Laser Cutting

Metals (steel, stainless, aluminum, brass), Wood (plywood, MDF, hardwood)

Metal: ~25 mm

Wood: ~20 mm

High precision, clean edges, fine detail Panels, signs, enclosures, inlays

Plasma Cutting

Mild/stainless steel, aluminum

Up to ~50 mm

High-speed cutting for thick metal

Structural parts, brackets, heavy-duty panels

Waterjet Cutting

All metals, wood, composites, stone

Up to ~150 mm+

No heat-affected zone, ultra-versatile

Art panels, architectural elements

Fiber Laser Cutting

Highly reflective metals (aluminum, brass, copper)

Up to ~25 mm

Fast, energy-efficient, excellent for fine metal work

Precision electronics, signage, heat sinks

CNC Bending (Press Brake)

Sheet metal (steel, aluminum, etc.)

Up to ~20 mm

Precise angle control, automated repeatability

Boxes, cabinets, U-channels

Laser Tube Cutting

Steel, stainless steel, aluminum, brass

Wall: Up to ~10 mm
Diameters: ~10–300 mm+

Highly precise, automated miters, slots, copes, and cut-outs

Furniture frames, trusses, machine frames

Deburring, powder coating, anodizing, polishing

Tubes bundled, labeled, or crated by assembly sets

Site Delivery

Labeling & Kitting: Parts are often labeled or color-coded for ease of on-site assembly.

Flat-Pack vs. Assembled: Components may be shipped flat for space saving or pre-assembled for speed.

Crating & Protection: Fragile or finished pieces are protected with foam, shrink wrap, or wooden crates.

Logistics Requirements: Heavy or large items may require forklift, tail-lift truck, or onsite manpower for unloading.