At Accurate Waterjet Center in Phoenix Arizona with our OMAX® abrasive waterjet we can provide complex cutting of virtually any material. This state-of-the-art technology offers flexibility and fast-turnaround from prototype to production.
Get the results you need with technology that cuts smooth, precise edges in any two dimensional shape from .DXF files, CAD files or scanned images.
Accurate Waterjet OMAX JetMachining® Center is your ideal machine shop for virtually any cutting job requiring maximum material yield with minimal waste.
Accurate Waterjet OMAX JetMachining® Center (video) handles a wide variety of different materials and applications.
Abrasive waterjets can work with virtually any material--including some that aren't typically associated with machining shops (such as granite). Some of the material we worked with include aluminum, ceramics, composites, copper, exotic alloys, glass, hardened tool steel, hastalloy, inconel, rubber, stainless steel, stone, titanium, wood, and virtually any other material.
Tradition Meets Technology
For centuries, inlay expressed the highest quality workmanship in stone, tile and metal, combining artistic form with functionality. Now at Accurate Waterjet, we offer a cutting edge alternative to these age-old arts that gives you an unlimited range of possibilities to create your own distinctive designs.
The Possibilities are Endless!!!!
In the 1950's Dr. Norman Franz, a forestry engineer, started experimenting which ultra high pressure water to cut trees into lumber.
His experiments did not lead to a successful commercial cutting machine but they prove that water under high pressure and high velocity could cut materials.
The first commercial waterjet cutting machines were developed in the 1970's. Abrasive waterjets or "Abrasivejets" were developed in the 1980's. Abrasivejets are waterjets that add an abrasive to the water increasing the power of the waterjet enabling it to cut steel, glass, concrete, titanium and most other materials.
Abrasivejets operate with water (video) pressurized up to 55,000 pounds per square inch (379,000 kP). The water is forced ...
