More Features
The machine operates with a compact footprint, making it suitable for classroom use without compromising on cutting capacity. Its intuitive software interface simplifies the design-to-cutting process, enabling students to translate their ideas into physical prototypes efficiently. With the ability to handle materials up to 0.4 inches thick, the Wazer Waterjet offers versatility in project execution, encouraging experimentation and innovation among students.
Why WAZER?
- Professional-grade quality capable of intricate details and smooth surface finishes
- Small footprint, compact and contained
- Runs on 110V power and requires no ventilation
- Fully enclosed with automatic shut-off if the door is open
- No heat-induced material warping
- Unbeatable price tag, plus Project-Based Learning Bundles available!
- Very low maintenance costs
- Cuts through a huge variety of materials!
HDPE, Aluminum, Neoprene, Copper, Low carbon steel, Polycarbonate, Glass, Stainless steel, Titanium, Polyurethane, Tool steel, Marble, Porcelain, Acrylic, Ceramic, Silicone, D2 tool steel, Carbon Fiber, And MORE!!
WAZER Software – WAM
With WAZER, going from design to cutting is fast. Design your part in whichever software you’re used to, like Solidworks, Adobe Illustrator or Google SketchUp. Load that drawing file (DXF and SVG) into WAZER software and let the easy to use software guide you through setting up your cut.
Why waterjet vs. Laser or Plasma Cutters?
Waterjet technology works by combining sand-like abrasive particles with a high-pressure water stream to cut a variety of materials with precision and detail. Waterjet technology has significant advantages over other conventional cutting methods such as laser or plasma cutters:
- More flexible, cuts just about any material (laser and plasma cutters have material limitations).
- Better cutting edge quality giving square cuts and smooth surface finish.
- Better cut part precision, able to cut intricate details.
- Requires no ventilation!
- No heat-induced material warping or distortion.