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Longitudinal waterjet has the following advantages

Before the appearance of vertical cutting water cutter, we usually processed parts through traditional production machines, but there are many disadvantages, such as: the overall processing accuracy is not guaranteed, processing time is long, easy to cause waste of resources and so on, but now the emergence of automatic lathe centering machine can be well […]

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Manufacturers and business owners are increasingly discovering the advantages hard-core waterjet-cutting systems provide especially compared to other, harsher methods of forming, cutting and shaping hard materials like steel, iron and titanium. Our systems use high-pressure streams of water – sometimes combined with abrasives – to cut through most types of materials. Waterjet cutting can be […]


Water jet cutting involves generating high pressures to force water through an orifice into a narrow, intense beam that can cut through a variety of materials. The nozzle, or orifice, typically used is made from a very hard mineral such as sapphire. However, more waterjets are using diamond as the orifice material to obtain better […]

The reality of waterjet abrasive recycling

It’s not a widespread practice, but that could be changing Because shipping spent waterjet abrasive off to the landfill usually is easy, not too much thought is given to attempting to recycle it. However, in today’s manufacturing world, all aspects of the operation are scrutinized for possible cost savings. That includes looking at abrasive recycling. […]

Small-scale cutting: The next frontier

Many of today’s cutting applications require surgical-like precision to produce small, intricate parts. Technological advancements in waterjet and laser cutting are making these processes even more attractive to fabricators in a variety of industries. In recent years, micromachining technology and small-scale cutting have captured the imagination of almost every industry segment, from medical appliances to […]

Pressure matters in abrasive waterjet cutting

How pressure affects cutting speed, kerf width, and abrasive use Abrasive waterjet pump technology continues to evolve toward higher pressures. Within the pump’s design limits, the higher the pressure, the faster the abrasive moves, and the faster you can cut. Over the past three decades, abrasive waterjet machines have evolved from a relatively crude cutting […]

A Brief History on Water Jet Cutting

While the extent and possibilities of water jet cutting are incredibly advanced now, the general process has been around for ages. It began as hydraulic mining, and this process was first used by the Roman Empire. When it first began, it was redirecting water streams to erode sections of ground for development. This idea can […]

Cutting Vegetables

When people typically think of cutting food, they picture a knife. This is what most use in homes as they are easily available and it is not difficult to do. However in food processing, where numerous items need to be cut over and over and over… knife cutting can get very tiring, very quickly. Not […]

Not You Typical Power Washer Pressure

With Fourth of July festivities quickly approaching, many have decided to give the outdoors a complete and thorough clean. For my family, this means perfect walkways, porches and the sides of the home. To accomplish this, the power washer is employed. The model we have is able to get incredibly strong, easily getting off any […]

Water Jet Cutting VS Power Washing

When my dad first bought his power washer, I used to offer to help power wash to help with the spring cleaning. I was allowed to help with the driveway and sidewalk… basically anything I could not break or ruin. However, as it turns out, I could mess up these jobs too and was quickly […]

CNC Water Jet Cutting: The Precise Design

Anyone who knows about water jet cutting knows that it is a system esteemed for its soft edges and precision. The soft edges are due to the high speed water corrosion that is taking place when a water jet cutter is in action. The precision is due to the immense control asserted on the system […]

Modifications in Water Jet Cutting

Water covers 75% of the surface of the earth and is constantly affecting and shaping the other 25%. The Colorado River carved the Grand Canyon. The crashing of ocean waves formed coastal cliffs. It’s amazing to me that a liquid has this ability. Of course it’s not just liquid that does this. It is the […]

Water and Metal

When I used to picture metal cutting, I would always picture incredibly heavy, large machining pieces. Basically the only way I could picture cutting metal was by using metal. However, I later learned that there are other ways to achieve metal cutting, and it is a very interesting process. One option that is becoming increasingly […]

Abrasive Flow Machining: The Secondary Process

Most water jet cutting references apply to a primary process that begins the fabrication of a material, ushering it through its first stage of production rather then the middle or end section. This is partly because the waterjet cutting machinery is able to shape, form and cut materials with smooth edges that resembles the natural […]

Waterjet Machining and Peening of Metals | Part 4 Summary and Conclusions

Summary and Conclusions An experimental study was conducted to determine the influence of material properties on the surface integrity and texture in WJ and AWJ machining of metals. Based on experiment, it can be concluded that waterjet peening with high-pressure jet is capable of inducing surface/subsurface work hardening. The resulting compressive residual stresses were comparable […]

Waterjet Machining and Peening of Metals | Part 3 Results and Discussion

Waterjet Peening. Figure 2 shows the typical erosion surface photomicrographs of water-peened specimens with different jet conditions. The erosion region resulting from the jet obviously varied with respect to the standoff distance ~SOD!, with it being narrowest and deepest at the minimum SOD. Removal characteristics within the impact zone were found to be predominantly dependent […]

Waterjet Machining and Peening of Metals | Part 2 Experimental Procedures

Materials. A number of common structural metallic alloys were used in this study, including Al 7075-T6, AISI 4340, AISI 304, Monel 400, molybdenum, and Ti6Al4V. These materials are used extensively within the aerospace industry and provide a large distribution in mechanical properties for study. The pertinent physical and mechanical properties of the metals are listed in […]

Waterjet Machining and Peening of Metals | Part1 Introduction

The development of high-performance materials, such as composites and advanced ceramics, presents a variety of manufacturing challenges. Many of these materials cannot be effectively or economically machined by conventional methods, and therefore require methods of shaping and/or postmold processing with unique sources of material removal. Various methods are currently used in machining and surface treatment […]