Waterjet Cutting Services
HydroCam offers a wide range of waterjet cutting services including design, prototype development, and manufacturing. The abrasive waterjet process is cost-effective for single units, small quantities, and full production runs.
Our CAD system can design any two-dimensional shape, or create tool paths from client-generated DXF or DWG files.
|
|
|
The waterjet cutting process can create complex shapes in materials which may be too difficult to process by other means. Extremely low cutting forces (approximately one lb.) permit parts to be fabricated with very thin wall sections. Composite parts that might be crushed by other cutting methods can be successfully cut with the waterjet cutting process.
We can accommodate full 4 ft. x 8 ft. sheet of material and maintain component accuracy of +/-0.005 in. The waterjet stream is approximately 0.030 in. diameter which minimizes material waste. When waterjet cutting soft materials such as rubber, the stream can be reduced to a diameter as small as 0.012 in.
Our waterjet cutting services produce smooth edges without burrs, eliminating secondary operations and permitting tight nesting of parts. This reduces scrap through better material utilization.
HydroCam’s experienced engineers and designers can machine virtually any shape in a wide range of materials, with no mechanical stresses, no heat affected zones, and no structural changes in the material.
Our waterjet cutting services offer a safe, clean, cutting process that is environmentally friendly and does not create hazardous waste or emit noxious gases. The garnet abrasive is a natural, reddish mineral. No cutting oils are used and process water is 100% recycled.
Omax 55100 Abrasive Waterjet
- Table Size: 120” x 60”
- Max Part Size: 100” x 55”
- Max Part Thickness: 3.0”
- Accuracy: +/-0.005”
|
|
|
Waterjet Cutting Services, Prototype Development, CAD System, Graphics Application, Fabricated, Cutting Methods, Waterjet Cutting Process, Materials, Waterjet Stream, Rubber, Engineers, Designers, Flammable, Ceramic, Glass, Stone, Titanium, Mechanical Stresses, Noxious Gases, Connecticut, CT, Maine, ME, Massachusetts, MA, New Hampshire, NH, New Jersey, NJ, New York, NY, Rhode Island, RI, Vermont, VT
|