Water jet machining is also known as water jet cutting. Water jet machining is frequently employed in various industrial applications. Softer materials like plastic, rubber, and wood can be sliced with WJM. However, an abrasive material is combined with water to cut tougher objects, such as metals or granite. Abrasive water jet machining (AWJM) is the machining technique in which an abrasive material is employed in water and applied by a very high-pressure jet of water to the workpiece to achieve the desired shape and size, or to remove materials off the surface of a workpiece. Read More…
Water Jet MachiningWater jet machining is a process in which a high-pressure, concentrated stream of water is directed at a material to erode, abrade or otherwise reduce its volume.
For over 100 years, Mercer Gasket & Shim has been a leader in the waterjet cutting industry. Our highly equipped professionals work alongside our customers to ensure that we are meeting their needs. Mercers Gasket & Shim has perfected our techniques over the years in order to serve the needs of diverse markets.
Abrasive Waterjet of Indiana can work with you on your various prototype projects and production models. With our OMAX abrasive waterjet technology, we can provide complex cutting of virtually any material. This state-of-the-art technology offers flexibility and fast turnaround from prototype to production.
Since 1947, B.G. Peck has specialized in custom parts, metal stamping, water jet cutting and tool making for an array of different industries. Our waterjet cutting services allow us to cut cost and reduce processing time whether your needs are simple or complicated, one item or one million. From prototype to full production, B.G. Peck ensures you get the part you need when you need it every time.
FEA Waterjet is a custom machining shop specializing in waterjet cutting, CNC machining, and sheet metal fabrication. We are also capable of laser cutting. We have serviced many industries including the U.S. government, architecture facilities, and manufacturing plants. Give us a call today!
Hydroknife has over 16 Years Experience in water jet machining, from prototyping to large production runs to one of a kind works of art. You can be assured that Hydroknife can handle your water jet Requirements.
Pegasus Northwest is a Boeing-certified waterjet cutting service company, offering reverse engineering, prototypes, full production, and assembly. As the premier water jet cutter, we provide precise drilling and cutting of a wide range of soft and hard materials. Your unique needs are our top priority.
The foundation of water jet machining (WJM) is the idea of water erosion. Material removal occurs when a fast-moving jet of water impacts the surface. Softer materials are machined using a pure water jet. However, some abrasive particles mixed with water for machining are used to cut tougher materials, and this process is known as AWJM.
Abrasive Substances for Water Jet Machining
The abrasive particles’ purpose is to improve the water jet's capacity for cutting. Garnet and aluminum oxide are the two abrasive materials used in AWJM the most frequently. Glass beads and sand (Si02) are additional abrasives used regularly.
Principal Components of Water Jet Machines
The main components of water jet machines include:
During the machining process, it circulates the water from the storage tank. Then, water is delivered to the intensifier by the pump at a low pressure of approximately 5 bars. Additionally, a booster raises the water's starting pressure to 11 bars before transferring it to the intensifier.
It is used to raise the water's pressure to extremely high pressure. It gets water from the pump at a pressure of 4 bar and raises it to between 3000 and 4000 bar.
The high-pressure water is temporarily stored there. When a significant amount of pressure energy is needed, it provides that fluid. It gets rid of the machining process's pressure fluctuation circumstances.
A Mixing Tube or Chamber
The blending of abrasive particles and water takes place in a vacuum chamber.
This device controls the water jet's pressure and direction.
Flow Regulator or Valve
The flow regulator assists in controlling the water's flow.
It is a tool used in water jet machining to transform the pressure energy of water into kinetic energy. The nozzle transforms the water jet's pressure into a high-velocity beam. The tip is constructed of diamond or ruby to prevent nozzle erosion.
Drain and Catcher System
With the aid of the drain and catcher system, the debris and machined particles from the water are separated after the machining.
Water Jet Cuts Types
Water jet cuts made in one dimension are stationary cuts created while the workpiece passes through the water jet cutting device. They are used for trimming and are the most basic type of cut. While the debris and water are captured on the other side, the operator feeds the workpiece into the cutting tool. A slitter, which divides pieces into predetermined widths, is a version of the one-dimensional cutter. Water alone or mixed with an abrasive can be used as one-dimensional cutters.
XY in Two Dimensions
PC or CNC programming is required for two-dimensional cutting. They have a closed-loop feedback servo motor to regulate cutting speed and placement. Catcher tanks support the workpiece with slats and are filled with water. An XY two-dimensional cutting machine's Z section regulates the height of the cutting tool to accommodate variations in the workpiece's thickness. Cutting in two dimensions is best for quickly and accurately removing material from various items.
XYZ in Three Dimensions
The X-axis, which goes from left to right, the Y-axis, which moves from front to back, and the Z-axis, which moves up and down, are all used in three-dimensional cutting. In the three-axis process, the cutting tool moves along the three planes while the workpiece stays still. It is a method for creating mechanical parts.
XYZA in Four Dimensions
When cutting in four dimensions, the workpiece is treated along the three XYZ axes and in a fourth dimension by rotating around the X axis. The workpiece can be sliced along the B axis thanks to the A axis cutting. It is a great technique for creating holes or other apertures in the sides of a workpiece. With the A axis included, it is possible to automatically flip the workpiece so that the waterjet may remove material from both sides.
Advantages of Water Jet Machining
It can cut materials without affecting their original structure. And the reason why this occurs is that there is no heat-affected zone (HAZ).
It can cut materials with elaborate and complex patterns.
During this machining process, the workspace is kept pristine and free of dust.
Due to the limited need for moving parts, it requires little maintenance.
Due to low heat generation, the workpiece suffers very little thermal damage.
Both softer materials like rubber, plastic, or wood and tougher materials like granite can be cut with it; WJM for softer materials and AWJM for tougher materials.
It is eco-friendly because it doesn't produce any hazardous waste or pollutants.
The greater machining precision is present. It is simple to attain tolerances of an order of 0.005 inches.
Applications of Water Jet Cutting
Water jet machining is employed in various industries, including mining, automotive, and aerospace, for cutting, shaping, and reaming operations.
Rubber, textiles, plastics, foam, leather, composites, tile, stone, glass, food, metals, paper, and many more materials are commonly manufactured using water jet machining (WJM or AWJM).
The primary applications for WJM are cutting soft and simple-to-machine materials, including thin sheets and foils, wood, non-ferrous metallic alloys, textiles, honeycomb, plastics, polymers, leathers, frozen food, etc.
Hard and challenging-to-machine materials are often machined with AWJM. For example, it is used to cut thick plates made of steel, aluminum, and other industrial materials and reinforced polymers, multilayer composites, metal matrix, and ceramic matrix composites.
The high-pressure water jet is also utilized in cleaning, surgery, peening to eliminate residual stress, and other processes aside from machining.
Choosing the Correct Water Jet Machining Company
To make sure you have the most productive outcome when selecting a water jet machining company, it is important to compare at least 4 water jet machiners using our list of water jet machining companies. Each water jet machining company has a business profile page that highlights their areas of experience and capabilities and a contact form to directly communicate with the company for more information or request a quote. Review each water jet machining company website using our patented website preview to get an idea of what each company specializes in, and then use our simple RFQ form to contact multiple water jet machining companies with the same message.
Water Jet Machining Informational Video
Water Jet Cutting Power Pages
Water Jet Cutting
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