Jet Edge's legacy brand of Industrial Waterjet Cutting Equipment.If precision, speed and durability are important in your operations, this is a great place to begin.
While early abrasive waterjet-nozzle life was not practical, material innovations at Boride Corporation led to a commercially feasible nozzle. Combining a durable, abrasive waterjetnozzle with a reliable, high pressure pump, an Abrasive Waterjet Machine could now cut a wide variety materials, including hardened steel, titanium and stone.
Water Jet Cutting SystemsOur highly skilled sales team will provide the support and machinery necessary to help you achieve high returns on your investment.
Jet Edge works with clients who have unique applications or process optimization requirements to create systems that meet their quality and efficiency standards. We encourage our partner to utilize our experience in cutting cleaning stripping and slitting waterjet cutting to maximize the process.
WAZER waterjets can cut virtually any material. WAZER cuts metal, it is excellent for soft materials such as plastics & composites, and also for the precision cutting of tiles, glass, and stone.
When the cutting head inadvertently crashes into a clamp or fixture or hits the edge of a work piece or an upturned part, the Break Away Head will detect the crash and automatically stop the waterjet machine.
The hinged lid in the hopper system makes it easy to inspect and fill the container at any moment without the need of de-pressurizing. The clear chamber in the pump chamber allows quick visual inspection of the abrasive to make sure it is flowing correctly.
To form parts in any material up 12 inches in thickness, use our 5-Axis abrasive Waterjet Nozzle Cutters.
Using water as a cutting method for soft materials has been around for decades. Early forms such as the paper metering system by the Paper Patents Company in the 1930s used relatively low-pressure water. While early waterjets could easily cut soft materials, they were not effective in cutting harder materials. The ability to cut harder materials, such as metals, was achieved by adding an abrasive to the waterjet in the cutting nozzle after the jet stream was formed. But simply inducing garnet was not a viable solution without further advancements. Cutting harder material would take two innovations: ultra-high pressure pumps and advanced waterjet nozzles.
Innovation is the foundation of aerospace. This is why the aerospace industry uses machining techniques that can be used on materials with extreme hardness while also providing extreme...
The hinged lid at the hopper allows easy inspection and filling of the system without the need for de-pressurizing. The transparent chamber of the pump allows for quick inspection to confirm that the abrasive is properly flowing.
A waterjet is like a second helper in the studio. He can cut 8 hour days without stopping.
Waterjet technology can cut almost anything. So now you can prototype, manufacture, experiment, or produce almost anything you can imagine. See what makes a CNC water jet the most versatile cutting technology ever.
The Mach 300 is purposely built to deliver reliable performance you can count on. The system is both practical and efficient, with no need for special knowledge.
Waterjet Cutting is capable of cutting Titanium, Stainless Steel, and Specialty Alloys up to a lot thicker than a laser, plasma cutter, or even a plasma cutter. Other materials can be cut with Abrasive Waterjet cutting.
Water blasting injuries can be compared to gunshot wounds, but they also pose the risk of infusing contaminated water into the wound. It is possible for a small bruise to appear if the water jet hits a shoe or sleeves.
Water jet cutters are capable of cutting through many materials, including steel. A high-pressure pump, special high pressure tubing and a narrow waterjetnozzle (or cutting head) create high pressure. This produces a small but powerful jet stream.
Explanation: Water jet machining is expensive per hour. 5.