Metal cutting without concentrated heat
Abrasive waterjet cutting removes material mechanically rather than melting through it. That means the cut does not create a heat-affected zone, helping avoid warping, hardened edges and heat-related changes near the profile. Waterjet can also process reflective and heat-sensitive metals that may be challenging for some thermal methods.
Custom plates, brackets, panels, prototypes and production components.
Mild steel profiles, base plates, gussets, flanges and replacement parts.
Detailed profiles where corrosion resistance and clean material properties matter.
Titanium, copper, brass and other alloys reviewed by project.
From prototype to production
Waterjet is practical for a single custom part, product-development prototype, low-volume run or repeat order. There is no requirement to begin with production-scale quantities. For the fastest review, submit CAD geometry together with the material specification, thickness, quantity and any critical dimensions or tolerances.
Choosing the right cutting process
The best process depends on more than the material name. Thickness, feature size, tolerance, edge finish, downstream machining and budget all matter. Describe how the part will be used so the quote can reflect the complete requirement rather than only an outline.
Metal cutting questions
Can you cut aluminum and stainless steel?
Yes. Aluminum and stainless are among the metals considered for waterjet projects, along with mild steel, titanium, copper, brass and specialty alloys.
Does waterjet leave a heat-affected edge?
No. Waterjet is a cold cutting process and does not create the heat-affected zone associated with thermal cutting.
What drawing formats can I send?
Accepted uploads include DXF, DWG, STEP, PDF, SVG, AI, JPG, PNG and ZIP files. A photo or sketch can be used for an initial review when CAD is unavailable.