Most conventional cutting methods are incompatible when it comes to cutting exotic materials. Let’s discuss how our Microwaterjet® process has the capability to cut through nearly any material you may have to offer.
Conventional Cutting Methods Struggle to Cut Exotic Materials
Conventional cutting methods are just that: conventional. Those methods were not invented to produce parts from the new materials that are being developed in the 21st century. Microwaterjet® cutting is a refined method to abrasive waterjet, and has a gentler approach to removing material.
Laser cutting has a small list of materials that are compatible.
Laser cutting is not capable of cutting layered materials.
You can only use conductive materials in Wire EDM processing.
Wire EDM cannot cut layers of dissimilar materials.
You cannot use brittle materials to stamp parts.
Photochemical Etching strictly works with thin materials that can only dissolve by chemical action.
“Conventional” abrasive waterjet cutting uses large diameter cutting systems and coarse abrasive. The impact power can be detrimental to more brittle materials.
Ultimately, the Microwaterjet® process produces results that exceed the limitations of conventional cutting methods.
Materials That Are Compatible With Microwaterjet® Cutting
Our Microwaterjet® process can cut a wide array of materials, including but not limited to:
Acetal Copolymer
Aluminum and aluminum alloys
Carbon Fiber
Copper and copper alloys
Curable plastics
Elastomers
Inconel and Nickel Alloys
Nitinol
Norlyl
PEEK
Plexiglas
Polyimide
PPS
PTFE
Silicon wafers
Steel and stainless steel alloys
Tantalum
Thermoplastic
Titanium and Titanium Alloys
Torlon
Tungsten
Ultem
Vespel
A Solution That’s Versatile and Adaptable
Overall, finding someone to create parts from exotic materials and special application alloys can seem frustrating . However, it doesn’t have to be. Our Microwaterjet® process offers a cutting solution that no other service provider can match.