A

In addition to these basic components, you will also need a waterjet cutting table, a high-pressure pump, and an abrasive delivery system. The waterjet cutting table is where the workpiece is placed and the cutting takes place. A high-pressure pump is responsible for generating the water jet at a pressure of up to 90,000 psi, and the abrasive delivery system mixes the abrasive with the water to further enhance the cutting power of the water jet.

It is also important to have safety measures in place when operating a waterjet machine. This includes protective eyewear for the operator, as well as safety guards around the machine to prevent accidental contact with the water jet. Proper training and supervision should also be provided for all personnel involved in the operation of the waterjet machine.

It is important to note that operating a waterjet machine can be a costly investment. However, with proper maintenance and care, a waterjet machine can be a valuable asset in many industries, including aerospace, automotive, and manufacturing.

A

A

A A waterjet can cut both hard & soft materials including, but not limited to titanium, stainless steel, aluminium, munitions, exotic alloys, composites, stone, marble, floor tile, glass, automotive headliners & door panels, gasket, foam, rubber, insulation, textile, food and many more.　Soft materials are cut with water only, while hard materials require a stream of water mixed with fine grains of abrasive garnet.

A It varies with the softness or hardness of the material being cut. This can range anywhere from a 1/4 inch up to 30 inches thick.　Hard materials are normally cut within a 1/4 to 2.5 inch-range. This does not mean Stainless Steel or stone with a 4 or 5-inch thickness cannot be cut with a waterjet. It all depends on the purpose for which cutting is done (i.e. prototype, production, etc.), as well as the system operating conditions.