The Complete Guide to Understanding Waterjet Cutting Machine Prices

This article will provide insight into various aspects of a waterjet machine, its cost, and why you might want to purchase one for your business. Our primary focus will be a thorough analysis of the factors affecting waterjet machines’ pricing structure. Then, we will derive an average price range from the study. On that note, we’ll also share the CNC waterjet benefits, abrasive waterjet cutting benefits, water jet cutting systems optimization, and maintenance of those systems. There’s a lot we’ll be covering, and I assure you, by the end of this article, you will have done adequate research to successfully purchase the machine best suited to the cutting needs of your business, be it if you’re just starting or are already affiliated with the industry. So, without further ado, let’s explore the world of water jet-cutting technology and fantastic CNC machine innovations together.

How Much Does a Waterjet Cutting Machine Cost?

The size, functions, style, and so many more attributes affect a waterjet cutting machine’s cost. On average, however, these can start at $70,000 and peak at about $500,000 or sometimes even higher. Note that these are just rough estimates, and as per customization and other requirements, these figures can vary reasonably. One should speak to an established manufacturer or supplier for further clarification.

Factors Influencing the Cost of a Waterjet Machine

Water jet cutting machines are rated based on brand name, features, capabilities, and size. All these attributes give the water jet cutting pricing systems an overall average price range of $70000 to $500000, which can be significantly increased. However, the prices may vary depending on the desired customization features and requirements. Therefore, contacting waterjet manufacturers or suppliers for precise pricing information is advisable.

Average Price Range for Waterjet Cutting Systems

The pricing of a water jet cutting machine usually ranges from $70,000 to $500,000 or even above. Still, one must remember that these numbers are rough estimates and can change with the additional customizations required. That said, it is best to consult established suppliers in the industry to understand better the pricing factors in place for specific needs and prerequisites.

Comparing New vs. Used Waterjet Machines

When considering the choice of a waterjet cutting system, one question to ponder would be whether to go for a new machine or a used one. Of course, the answer to the question is not the same for everyone, but when determining which is more economical, there are several aspects to consider:

1. Price: Compared to newer models, used waterjet machines can be sourced for lower prices. However, one should compare the cost savings with the expenses on maintenance and refurbishment that may arise as a result of purchasing a used machine.
2. Enhanced Machines: With advancements continuously improving the capabilities of these machines, cutting speed cutting efficiency, and general performance, the newest jet machine surpasses the older ones in various ways. However, the used machines will perform cutting, albeit at a lower standard than the newer jets.
3. Guarantee and Assistance: To ensure peace of mind with full support or assistance if required, a brand new machine can be purchased as opposed to using a pair of second-hand equipment, which range in warranties and support depending on the equipment’s age and condition.
4. Personalization Opportunities: Buying waterjet machines secondhand has the drawback of limited personalization options, unlike purchasing them brand new, where beating specific requirements is more plausible.

In the end, it is best to reach out to established manufacturers or suppliers of both new and used waterjet machines so that they can provide you with information based on your particular specifications. They can help clarify the matter and help you determine the best option for your finances, cutting needs, and desired outcomes.

What is a Waterjet Cutter and How Does it Work?

The Basics of Waterjet Technology

Waterjet cutting, a tool well known to several industries, helps accurately cut various materials comprehensively using a high beam of water cut together with some abrasive particles. Waterjet technology revolves around this cutting technique. The following is a detailed overview of water jet technology:

1. Water pressure Delivery: A waterjet pump increases the force, allowing a stream of water to be used on a material. The force ranges from a minimum of 30,000 pounds to a maximum of 90,000 pounds per square inch, or psi, as it is better known, and depends solely on the nature of the material.
2. Abrasive Supplementation Base: There are times when materials are water cut without the use of abrasive particles; however, for more rigid materials such as metals, it becomes mandatory to add abrasive particles. Garnet thoroughly amalgamates with the water stream to bolster the beam’s cutting edge, allowing the water jet to slice through rigid materials efficiently.
3. Lack of Heat-Affected Zone: Precise cuts without letting any thermal properties of the material change, such as Hardness or Tempering, are tricky. However, the water-hugging cutting process that waterjet is allows for cuts to be made without heat, thus giving water jetting an edge over other more traditional thermal methods.
4. CNC Control for Precision: Waterjet cutting machines employ computer numerical control technology to advance CNC Waterjet machines further. The ability to control the movement of the waterjet nozzle allows for an intricate and accurate cutting pattern. CNC waterjet machines are effortlessly capable of cutting through intricate designs.
5. Versatility in Materials: In addition to Metal and Stone, the waterjet cutting technique is suitable for cutting plastics, ceramics, glass, and even composites. This adaptability has made it highly sought after in the automotive, aerospace, architectural, and manufacturing businesses.

Waterjet Technology uses abrasive particles and focused high-pressurized water to get any job done; this precision technique provides a perfect cutting solution for numerous materials. The unique cold-cutting process, combined with CNC technology that integrates the cutting patterns control, further enables its users to make accurate and complex cuts while keeping the integrity of the material intact.

Cutting Process with High-Pressure Waterjet

The water jet cutting technology is an advanced technology that uses the water jet to cut through various materials and a broad spectrum of materials, including high-pressure water and abrasive. If required, abrasive particles can provide extra cutting power, emphasizing steel, aluminum, wood, soft plastics, and glass, which are among the materials that can be cut using water jet cutting technology. This is particularly suited for industries like automotive, aerospace, architecture, and manufacturing as it provides complex and detailed cuts without damage to the existing structure of the material.

The process starts with a water jet cut, using high pressure to pump water through an orifice to create a focused water beam and cut the material. The water is introduced through a hole, usually 100 millimeters or smaller. With the inclusion of garnet abrasive particles, the range of cutting applications tends to expand.

Waterjet cutting operates with extraordinary precision due to its proprietary computer numerical control (CNC), which can control the cutting path and speed and can understand instructions in the form of patterns or precise designs in print. Waterjet cutting has the advantage of cutting different materials, from metals to composites, stones to glass, etc.

High ability to cut with great purity with no burrs and no change of materials properties have placed high-pressure waterjet cutting in preference in industries requiring high precision and quality. It has added benefits compared to the usual cutting methods, thus broadening the capacity to make delicate structures efficiently.

Applications of Waterjet Cutting Machines

Waterjet cutting machines are versatile tools that find extensive uses in diverse industries. They are instrumental in manufacturing as they can cut excellently for various products. Following are some of the major sectors where waterjet cutting machines are helpful:

1. Automotive Industry: The automotive industry employs waterjet cutting machines to cut metal and composite materials accurately. Whether it’s complex interior parts or exterior body panels, waterjet cutting has proven to be amazing for the task.
2. Aerospace Industry: In the aerospace industry, waterjets are crucial for precisely cutting titanium, aluminum, and composite materials to create complex shapes. They are used extensively for building aircraft, engines, and even intricate interior parts.
3. Architecture and Interior Design: Waterjet cutting machines can create custom-made and intricate designs in stone, glass, or metal, which is great for architects and interior designers alike. This technology is ideal for making decorative floor patterns and furniture, intricate wall panels, and custom-made items.
4. Manufacturing and Prototyping: Waterjet cutting is crucial within the manufacturing sector due to the precise cutting requirements of many parts and components. It is used for prototypes or custom-made parts to manufacture multiple units. It is especially useful for parts that have tight tolerances.
5. Art and Signage: Artists and sign builders find waterjet cutting machines indispensable tools since they aid in the creation of complex designs in metal, acrylic, and wood, resulting in unique sculptures, art installations, and gorgeous signs.
6. Food Industry: Food industries use waterjet cutting machines to slice fruits, perishable vegetables, and cakes without altering their quality or freshness.
7. Marine Industry: These machines are extensively used in the marine industry to cut steel, aluminum, and composite materials in the construction of boats and during ship repairs.

These are a few different spheres of waterjet cutting machine applications. Given their precision, flexibility, and fast cutting speed, these machines have become key enablers in creating new and enhanced production processes in different industries.

Why Choose a CNC Waterjet Cutting Machine?

Advantages of CNC Control in Waterjet Cutting

Today’s waterjet cutting machines are no longer controlled by manual means. Since the arrival of the computer-based N700 system, the process has been revolutionized by integrating CNC technology. This technological integration streamlines the workflow process better than computers. Meanwhile, here are the notable advantages of CNC control in waterjet cutting:

1. Improved Precision: It allows cutting through a computer, which increases accuracy and the ability to make complicated shapes and intricate designs for cutting.
2. Enhanced Efficiency: Optimizing the cutting path lessens the waste in the cutting medium, thus saving costs and working time on the machine.
3. Automated Operation: CNC control automates tool positioning, boundary marking, regulating the speed of the cutter, and handling the workpiece, lowering the chances of manual error and providing reliable cutting.
4. Complex Shape Cutting: CNC control can cut Numerous complex shapes without a challenging process.
5. Repeatable Results: Employing a machine directly allows cutting to be replicated, which enhances results and guarantees consistency in the feat achieved—no matter the operator using it.
6. Versatility: A CNC system has the advantage of moving electronically to another cut profile without any tools, and hence, it can manufacture other parts and components without reprogramming manually.
7. Scalability: A water jet cutting machine with CNC integration can be turned down or upgraded to suit cutting tasks of various sizes, making it appropriate for both large and small production runs.

The advancement of water jet cutting machines controlled by CNC is unparalleled in efficiency. It integrates water jet-cutting machine operations with the accurate control of computers, significantly improving many industries that need precise water jet-cutting solutions.

Precision and Flexibility in Cutting Technology

In modern engineering and design, precision and accuracy are crucial aspects that a CNC-controlled waterjet can achieve. These machines are fitted with computer numerical control technology, facilitating the operator during the waterjet cutting process. Due to the employment of CNC technology, waterjet cutting machines are capable of cutting with a high degree of complexity and definition as required by the needs of various industries.

Because CNC-controlled waterjet cutting devices employ high-pressure waterjet streams in conjunction with abrasives (such as garnets), they can effectively cut through various materials such as metals, composites, stones, glass, and more. This CNC system allows for easy control over the positioning of the waterjet nozzle, enabling complex shapes to be cut and reproduced.

The addition of CNC control to water jet cutter machines has many advantages, including increased pinpoint accuracy and a shortening of cutting duration. This technology development allows the cutting process to be performed with little operator assistance, thus automating the process and deciding movement; this means no unnecessary operator intervention is required. There will be no delays because CNC-controlled machines improve productivity while decreasing errors. Finally, the integration of CNC technology adds more value by allowing the machine to be easily adjusted to meet the specific cutting needs of the task. Because CNC-controlled waterjet-cutting is scalable, ranging from small water jet cutters to larger ones, it is more effective and quickly executed.

Because of their accuracy, productivity, and adaptability, CNC-controlled machines are now used in all industries that require significant cutting performance, including the car industry, aviation, construction, and other sectors. These robots are the most competent and adaptable for achieving impressive cutting output.

Next, we will address questions about waterjet machines, such as how abrasive waterjet cutting is advantageous, how abrasive waterjet systems work, how abrasive waterjet cutting is different from pure waterjet cutting, tips for maintaining and improving the performance of waterjet cutting systems, and finally common problems and their solutions in waterjet machines.

CNC Waterjet vs. Other Cutting Machines

Over the last few years, the aerospace, automotive, architectural, and manufacturing industries have risen in popularity thanks to the functional benefits that CNC waterjet cutting has to offer. But to better understand its usefulness, how is it different from other cutting machines? To answer that question, we will examine the distinguishing factors of CNC waterjets and their advantages.

1. Other Industries: A major benefit of CNC waterjet cutting is that it can cut multiple materials and objects, such as glass, metals, composites, and stones. This makes it very valuable to industries that need expansive cutting potential.
2. Quality: Because CNC waterjet cutting patterns are so intricate, achieving a degree of precision through underside pulsing technology results in high accuracy and repeatability. This ultimately leads to better overall quality due to the consistency factor that standard CNC models often struggle with.
3. Other Machinery: Unlike other cutting methods, water jet cutting does not generate heat, which results in the absence of heat-affected areas that can lead to material warping, thermal distortion, and any other potential threats to the object undergoing the water jet cutting. This makes it perfect for sensitive materials that cannot endure any sort of cutting.
4. Cost: Due to the advanced capabilities of their models, CNC waterjet cutting is highly appreciated for its lower kerf width. This results in efficiently cutting the object while ensuring reduced wastage, which aids in cost-efficient operations.
5. Green: CNC waterjet cutting is a water-based method that does not produce poisonous fumes or other harmful elements, ensuring a safer working environment. Hence, the method is clean and eco-friendly.

It is easily obtainable that the waterjet cutting machine is superior in terms of placement flexibility, cutting accuracy, material diversity, waste minimization, and ecology. These features make CNC waterjet cutting an efficient option for industries with high cutting performance and operational efficiency.

What are the Benefits of Using Abrasive Waterjet Cutting?

Understanding Abrasive Waterjet Technology

The technology involved in waterjets is abrasive and advanced, as it integrates waterjet cutting with the use of abrasive particles. The procedure itself is straightforward. A high-pressure water stream is used alongside abrasive materials such as garnet, allowing great efficiency, accuracy, and speed while cutting through various materials.

Cutting using the abrasives will result in a waterjet stream of high-speed particles; think of sand cutting through more rigid materials. This technique is proven efficient, as cuts can be intricate, which permits working on even complex shapes and designs. Overall, it can be said that the combination of abrasive particles and pulsating water is best when it comes to working or constructing metal parts that would otherwise be impossible using traditional methods.

One of the most distinct advantages of an abrasive waterjet cutting approach is the ability to work with various materials, such as metals, glass, stone, ceramics, etc., while working or shaping intricate parts of smaller dimensions without difficulties. Furthermore, due to its versatility, a wide range of industries can benefit from it, such as aerospace, architecture, and automotive, to name a few.

Apart from the lightweight design and accuracy of the abrasive waterjet cutting, it has other advantages. The method creates more miniature heat-affected oils, thus posing lesser problems of materials deforming or breaching. As a result of the cold-cutting method, the need for secondary finishing operations is no longer there, thus saving both time and resources. Moreover, abrasive waterjet cutting does not emit harmful gases or create dangerous waste products, making it a green technology and, therefore, creating a safer working environment as it is entirely safe for the workers.

Overall, integrating waterjet cutting with abrasives offers the cutting performance, complexity of the design, and efficiency of operations that most, if not all, industries that demand high productivity require. Water abrasive jetting technology remains one of the popular technologies for precise cutting that is environmentally safe.

The Role of Abrasive Materials in the Cutting Process

The introduction of abrasive materials greatly improves and makes the waterjet system’s cutting feature more effective. An abrasive water jet entails the commercial use of a fine abrasive powder blended with a high-pressure water jet for effective and rapid cutting of many materials.

Abrasive poles, typically formed of garnet and other abrasive substances, are used as cutting tools. They gradually destroy materials in the cutting process. Furthermore, the water jet force and abrasive particles work synergistically, increasing the cut’s speed and increasing overall productivity.

One of the main benefits of waterjet systems with abrasive materials is that rigid materials like metals, stones, and composites can be cut. When combined with abrasive grains, Welding makes an easy and clean cut in rigid materials by replacing and reducing the abrasive particles after the material has been eroded.

Moreover, abrasive waterjet cutting incorporates the cutting of intricate shapes and designs with high levels of accuracy. The small size of the abrasive grains combined with high efficiency allows for cutting intricate and detailed patterns needed in industries with complex shapes.

It is pertinent to mention that the introduction of abrasives in waterjet cuts demands careful machine maintenance, bolster, and system operation. The abrasive particles wear off the cutting nozzle and numerous other parts and must be constantly checked and substituted to ensure optimum cutting performance. Appropriate filtration mechanisms and abrasive management are necessary for the dependable and economical functioning of the waterjet cutting system.

To sum up, the use of abrasives in water jet cutting serves as a more vigorous and faster solution to companies that require spectacular cutting edges, very intricate and intricate details, as well as mechanical efficiency. With the waterjet and the abrasive being combined, it endorses accurate and varied cutting, which is cost-effective due to the environmentally friendly nature of the abrasive waterjet cutting, hence allowing it to be a prime option for multiple managing cutting scenarios.

Comparing Abrasive vs. Pure Waterjet Cutting

When comparing two water jet cutting techniques, namely abrasive water jet cutting and pure water jet cutting, there is a striking contrast between both. They both, however, can be found in cutting machine inventory updated daily. Let us look at the specific characteristics of two of the said methods:

1. Pure Waterjet Cutting: Pure water jet cutting aims to traverse materials using high-pressure water streams. So, this process is primarily used relative only to softer materials, such as foam, rubber, some plastic, etc. The intricacy and immaculate details are earmarked for pure water jet cutting. This particular technique is recommended for anything that is sensitive to spins in heat distortion or high-temperature cutting methods.
2. Abrasive Waterjet Cutting: On the other hand, the abrasive Waterjet cutting technique employs a different approach. As a water jet abrasive, Garnet is incorporated into the water stream. Doing so greatly enhances the cutting performance, enabling a powerful hose to traverse metal, stone, glass, and composite materials. Compared to the other methods, abrasive water jet cutting is rapidly becoming popular because it is capable of greater versatility. As the name suggests, abrasives can cut thicker surfaces.

To summarize, pure waterjet cutting is the best option for cutting softer materials or delicately designed components, while abrasive waterjet cutting provides the advantage of cutting harder metals. The choice between the two is determined by the demands of the cutting application and the nature of the materials being processed.

How to Maintain and Optimize Your Waterjet Cutting System

Routine Maintenance for High-Pressure Waterjet Machines

I am well-versed as an operator due partly to my expertise with waterjet machines that carry out high-pressure cutting jobs. The equipment in a waterjet machine can perform optimally through proper maintenance as it ensures longevity. This is a list of some tasks to consider:

1. High-Pressure Component Checks: Usual inspections of high-pressure components, including seals, hoses, and fittings of the water jet machine, should be executed to check for leaks or other forms of damage. Ensure damaged parts are replaced at once.
2. Water Quality Control: To avoid clogging, water pumped into the waterjet system must be kept clean. Regular checks, where water is inspected for impurities, are equally obligatory.
3. Cutting Table Cleaning: To avoid unnecessary machine defects and guarantee accurate cuts, the cutting table should be cleaned regularly, alongside any pieces of debris and abrasive material.
4. Abrasive Delivery Systems Checks: Regularly checking the delivery systems, which include hoses and nozzles, ensures consistency in abrasive flow and accurate flows during cutting tasks.
5. Lubrication of Rails and Bearings: Your waterjet machine’s rails and bearings should be lubricated according to the manufacturer’s advice for smooth operating conditions and a prolonged lifespan.

Consistently carrying out these maintenance activities ensures that your waterjet has less downtime and ensures smooth functionality.

Maximizing the Efficiency of a Waterjet Cutter

Proper maintenance practices must be adhered to if the waterjet cutting machine is to maintain optimum performance and longevity. Following the correct guidelines can significantly enhance the machine’s efficiency. Some of these strategies are as follows.

1. Regular Inspection and Cleaning: Sneak peeks into critical components such as nozzles, high-pressure seals, and abrasive delivery systems should be conducted routinely to recognize any signs of damage. Additionally, these components should be cleaned regularly to ensure no obstructions while cutting.
2. Proper Abrasive Management: To sustain efficiency while cutting, abrasive consumption should be controlled, and excessive waste should not be produced. A mechanism to filter and recycle the output cost-efficiently should be introduced.
3. Precision Calibration: By applying gentle force during checks, the hold for the machine can be firmly and accurately calibrated. Cutting parameters and standoff distance for a pleasurable experience should be modified to accommodate the material.
4. Efficient Material Handling: The setup time can be optimized by finding effective means to handle materials and eliminate wastage. Efficient sorting of materials and the organization of stocks, alongside effective loading and unloading, can help increase productivity while reducing material expenses.
5. Periodic Flushing of the System: Occasionally, flush out the whole system using clean water to remove debris or residue. This action maintains a clean and proficient system.
6. Tank Maintenance: Detritus or sediment that settles at the base of the water jet machine needs to be consistently removed from the tank to allow for unclogged, ideal water flow.
7. Manufacturer Guidelines Adherence: A waterjet cutting machine model may come with guidelines and recommendations for regular maintenance. In these cases, any model-specific advice should still be consulted.

When handled routinely, the high-pressure waterjet machine will last numerous years due to its efficiency of consistent, high-pressure cutting. The specific maintenance details most suitable for your equipment can also be referred to in the machine manual or by the manufacturer directly.

Common Issues and Solutions in Waterjet Machines

Drawing from my extensive experience with waterjet machines, there are widespread issues that many operators tend to face, and I am here to debunk some of them along with their solutions:

1. Insufficient Water Pressure: Low water pressure is often avoidable. If it does occur, check for clogs in the water supply and clean or replace the appropriate water filters. Furthermore, check the high-pressure pump for any damaged or compromised elements.
2. Nozzle Blockage: Just like insufficient water pressure, this is a major no-go! Low water pressure tends to result in nozzle blockages due to debris and abrasive particles. Monitor the nozzle’s condition promptly, and if one is unsuitable for cutting, make the necessary replacements.
3. Abrasive Delivery Problems: Abrasive delivery issues occur due to several underlying issues stemming from the same problem, which is the abrasion supply system. Always check the system for clogs, leaks, or improper settings, and if you find a problem, fix the rate of abrasive feed and/or calibrate the system further.
4. Misalignment or Wear of Components: Over time, some components of the waterjet machine may wear out or become misaligned, affecting the quality of the cut being produced. Adjust the lubrication regularly and ensure that the nozzle and orifice are properly aligned. Any damaged parts, like a broken or worn insert, nozzle, or valve, must be replaced to maintain accuracy and cutting speed.

These waterjet machine troubleshooting insights help identify possible common problems and ways to rectify them to ensure the machine’s longevity. If you face a problem that is too complicated for regular maintenance, such as unexplained friction or error codes, it is best to consult the user manual or an expert.

Frequently Asked Questions (FAQs)

Q: Explain what the operation of a water jet cutting machine entails.

A: A water jet cutting machine is an implementation device that operates by putting a high-velocity stream of water, often aided with an abrasive material such as garnet, to slice through several materials. It then feeds this high-pressure water jet into a cutting head used for cutting. Water jet cutters are also defined as cold-cutting equipment, which implies that they can be used on materials that are greatly sensitive to heat.

Q: Is there an approximate price for a water jet cutting machine?

A: The cost of a water jet cutting machine varies widely based on many influenced factors. The entry-level models generally start between 50,000 dollars and onwards, while the advanced cnc water jet systems, with extended areas for cutting and increased precision, extend up to 3 million dollars. The final price of the water jet cutting machine will solely depend on its purpose, such as size, power, features, and whether it’s new or old.

Q: How is Water Jet Cutting More Efficient Than Its Counterparts?

A: Compared to other methods, such as laser cutting, the water jet cutting process has a broader range of materials that can be cut; this includes retaining the material’s properties and being thermally unaffected. There is also high precision, very little mechanical waste, and most materials that can be cut, all while causing no harm to the environment in the long run. What’s more, it can cut intricate shapes while also being able to cut through metals and non-struck materials alike.

Q: What Primary Materials Can Be Used In Conjunction With A Water Jet Cutting Machine?

A: Water jet cutting machines possess a multifunctional cutting capability, meaning they can cut through various materials due to their technical prowess, such as steel, aluminum, titanium, composites, ceramics, foam rubber, and even some food products. Because these belts can slash a wide range of materials, their use extends to multiple industries, including the aerospace sector, the manufacturing industry, and commercial use, to name a few.

Q: In simple terms, what can you say a Water Jet Cutter does that produces an Abrasive Cut and Pure Cut?

A: To produce a Pure Cut Water Jet Cutter, it uses solely water in its highest pressure form to cut through soft materials such as rubber, foams, and certain plastics. In contrast, Abrasive Water Jet Cutting uses jet water but also adds a Garnet Abrasive particle. This allows it to produce a highly compressible water stream that cuts metals, stones, and ceramics. Due to its extendable range of cutting materials, abrasive Water Jet Cutting is widely used.

Q: Would you say that the cost of a Water Jet Cutter is lower than that of other types of cutters available on the market?

A: Water cutting might cost more, but it is definitely worth the money because of its versatility and quality. A Water cutter is a good investment. Even though it might seem expensive, the lowering prices prevent it from looking like a bad investment. The hourly charge for water cutting varies depending on the thickness of the material, cutting speed, and design complexity.

Q: Mohlokgale go dirwa e le mowater jet cutting machines?

A: Gao e nkama e le bo mantlo, le go tswelegisa mmaswe ao a mermaneleng bo femanweng me leriba ka ga mokaengwa a thekeng e ke o etlwabor Terohi le mfolo. Gan o merege Mo T tbrigwa, ao a godimo a setseng mo go ga o, o mmeleng kanamo e eswedileng le thekeng lemfolo. O bone bo oroka o kanokganngwe mokhansi.

Q: Are there any limitations to water jet cutting?

A: While water jet cutting is very effective and accurate in cutting modems, even in three dimensions, it can be helpful and easy to assemble. On the other hand, a cutting machine is expensive; hence, when comparing cost and efficiency, the water jet becomes less appealing. There is also the issue of the degree of attention needed in constructing some parts, which water jet cutting applications cannot achieve with precision over laser cutting applications because the detail precision needed is quite intricate.

Reference Sources

1. “Nonconventional Technologies Review – No.1 / 2007 97 ABRASIVE WATERJET CUTTING COST” by M. Radovanovic:

• Here, a procedure for ascertaining the competitive waterjet cutting cost is proposed. It deliberates upon the relevance of cost estimation and costing in cutwater industries, where the high cost of cutting deep water jets must be defended using economic valuation.

2. “Strategies for Cost- and Time-effective Use of Abrasive Waterjet Cutting” by U. Andersson and Gustav Holmqvist:

• The economic aspects of abrasive waterjet cutting need to be considered in terms of how this operation can be done cost- and time-effectively. The cost structure of a standard machine and the strategies employed for abrasive water jet cutting are also explained.

3. “Efficiency of machining polymer, marble and steel materials at abrasive water jet cutting” by K. Kun-Bodnár and Z. Maros:

• The competitive water jet bearing compounded of polymers, ceramic and steels edges abrasion nippers in satiable slicing, this influential paper concentrates on nipping depth with a range of materials. It borders with an account of the depth of the cut to the technology running variables to work on the manufacturability of the various materials.