A water jet cutter, also known as a water jet or waterjet, is an industrial tool capable of cutting a wide variety of materials using a very high-pressure jet of water, or a mixture of water and an abrasive substance. The term abrasivejet refers specifically to the use of a mixture of water and abrasive to cut hard materials such as metal or granite, while the terms pure waterjet and water-only cutting refer to waterjet cutting without the use of added abrasives, often used for softer materials such as wood or rubber.
Waterjet cutting is often used during fabrication of machine parts. It is the preferred method when the materials being cut are sensitive to the high temperatures generated by other methods. Waterjet cutting is used in various industries, including mining and aerospace, for cutting, shaping, and reaming.
No. When cutting mild steel thin sheet metal, say 12 gage, the laser will cut faster and cheaper. We can stack to come closer to laser speed, but we cannot yet equal it (yet). So for high production runs where set up time is not a problem, laser will cut your thin mild steel sheets […]
Absolutely! Waterjet cutting is high speed erosion focused through a tiny jeweled orifice with pressures up to 60,000 PSI. Waterjet allows for highly intricate designs, inlays, and mosaics in stone – no other cutting technology is better suited for intricate stone cutting than waterjet. article from: http://waterjetapw.com waterjet http://waterjetapw.com
A pure waterjet uses only water and no abrasives. The rule of thumb is that if you can cut it with scissors, you can cut it with water only. This limits pure waterjet to mainly softer material. The most common materials cut with water are gaskets, paper, rubber, and food. article from: http://waterjetapw.com waterjet http://waterjetapw.com
Speed and accuracy depend on material texture, material thickness, and the cut quality desired. In case of rubber and gasket cutting, there are waterjet machines whose motion capabilities would allow traversing at 0.1 to 3000 linear inches per minute. We could offers the approximate cutting speeds for a wide variety of materials. We will also be […]
Typically as the thickness of the part increases, the ease of obtaining precision decreases. article from: http://waterjetapw.com waterjet http://waterjetapw.com
Cutting under water is typically used to reduce the noise and splash and to eliminate airborne dust. However cuts can be made above water if desired, with no loss in performance. more information about underwater cutting. article from: http://waterjetapw.com waterjet http://waterjetapw.com
When operating at high pressures, there is typically more maintenance required than for most traditional machine tools. However, the maintenance is relatively easy to do. Anyone with a basic mechanical aptitude should be able to properly maintain the waterjet cutting machine. more information about waterjet maintain. article from: http://waterjetapw.com waterjet http://waterjetapw.com
The waterjet software you get with your machine will knock the socks off of the competition. APW wants to insure that the software you use each day will remain the best available for years to come. Therefore, APW is constantly adding new features and enhancements to the waterjet software to improve the speed, precision, and […]
The more horsepower that makes it to the nozzle, the faster you can cut. The trade-off with a higher horsepower pump is cost, efficiency, a larger kerf width, and sometimes a slight loss in precision. However, a high horsepower pump can almost always be run at lower pressures to reduce the operating cost and maintenance, […]
The two share the same basic pumping principal: a plunger is pushed into a closed chamber to raise pressure and expel fluid through an outlet check valve; as the direction of the plunger is reversed, low pressure fluid enters the chamber through an inlet check valve. The difference between them is only how the plunger […]
This depends on the kind of work you want to do. If working in very thick metal, get a waterjet pump that is capable of putting a lot of horsepower to the nozzle. Although a smaller pump can machine thick metal, a larger waterjet pump will be faster, and therefore more practical. If cutting mostly […]
There are many methods of fixturing the material down. The simplest is to place a plate of material on the machine, and anchor it with weight. More advanced fixturing can be employed if needed for specialty applications or secondary machining. Article from: http://waterjetapw.com waterjet http://waterjetapw.com
Yes. Dual pressure piercing allows for piercing of glass with minimal risk of cracking. APW Machines could work with low-pressure piercing to slowly raise the pump pressure during the pierce to avoid a sudden shock to the material by a rapid change in pressure. Using these techniques reduces the risk of cracking, making glass cutting […]
Waterjet allows tremendous flexibility and versatility in manufacturing and provides for more cutting possibilities. Simply put, “waterjet is by far, the most flexible and desirable technology in our business and delivers results with amazing reliability”, says one of the proud waterjet & laser job shop owners. Here are a few examples that set waterjet technology apart […]
One of the chief benefits of waterjet cutting machine over thermal cutting processes is that there is no heat affected zone created. A heat affected zone is a concern when the design of an application is concerned with the properties of the metal being cut, as is the case with thermal cutting processes. Furthermore, waterjet […]
There are two main steps involved in the waterjet cutting process. First the ultra-high pressure pump generally pressurizes normal tap water at pressure levels above 40,000 psi (2760 bar); to produce the energy required for cutting. Second water is then focused through a small precious stone orifice to form an intense cutting stream. The stream […]
Of course, plasma cutting is only one variety of system which CNC machines may be designed to work with. Another common variety is the waterjet cutter. Waterjets can use either a mixture of pressurized water and abrasive, or purely water. One benefit to a water jet cutter is that there’s no HAZ, or heat-affected zone, which […]
CNC stands for Computer Numerical Control. It utilizes computer system to automate the complex steps and processes of machinery through a variety of industries and needs. Taking it one step further, a CNC cutting machine, such as a CNC plasma cutting machine, utilizes their intricate software systems and components to efficiently, accurately and smoothly handle […]
There are many ways to improve productivity by using waterjet. You can add multiple beams and multiple Z-axis, or buy an pump with 2 intensifier pump(like A16x2). You also can stack sheet materials, and cut them together. More information about waterjet cutting please click here article from: http://waterjetapw.com waterjet http://waterjetapw.com
Water jets can delaminate some materials such as fiberglass. But our APW waterjet cutting machine adopt the pneumatic drill to piercing in advance to well solve this problem. more information about waterjet technology article from: http://waterjetapw.com waterjet http://waterjetapw.com
