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  • Metal Prototyping Processes
  • MicroCut
  • MicroCut Biomedical Prototyping
  • DMLS
  • DMLS - Advantages
  • DMLS - Specifications
  • Water Jet Cutting
  • Laser Cutting
  • Traditional Machining
  • Metal Stamping
  • Four Slide Stamping
  • Forming Tools
  • Heating, Plating, Powder Coating
  • Welding
  • Photochemical Machining (PCM)
  • Plastic Prototyping Processes
  • SLA
  • Finishes
  • FDM
  • Polyjet
  • Urethane Casting
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Water Jet Cutting

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Waterjet cutting is a technology that performs old tasks better. A waterjet cutter is a machine tool process with the capability of cutting metal and a variety of other materials with CNC accuracy. Waterjet works by pressurizing a combination of combing water and abrasive material, such as garnet, and forcing it through a nozzle onto materials to form their desired shape.

Abrasive waterjets are ideally suited for heavy gage and tough applications and for materials such as titanium, Inconel, brass, tool steel, glass, stone, or composites, while the most commonly cut materials include aluminum and steel.

How does a Waterjet work?

The Incodema water jet features the state of the art dynamic head. The dynamic head changes the water stream to make vertical edge by taking in to account the spreading effect of the jet. It has the ability to cut materials from 1/16” to 8” thickness in both low and high volumes. Depending on the material and type of cut, 0.001” can be achieved.

The cutting action of the water jet is a result of the abrasive garnet being pressurized, up to 60,000 psi, onto the material. We use the highest quality of garnet to ensure the most accurate lines are produced. 

Advantages of Waterjet Cutting:

  • No heat affected zones
  • Dynamic head eliminates taper from water jet spreading
  • Can cup material up to 8”
  • High precision cutting abilities
  • High speed
  • Tolerance +/-0.001 to +/-0.005
  • Minimal secondary finishing required
  • Minimal burring 
 


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