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CNC Machining Metal Fabrication Waterjet Cutting Welding

Unlocking the Potential: 6 Benefits of End-to-End Product Manufacturing

In today’s rapidly evolving business landscape, efficient and streamlined product manufacturing processes are crucial for companies seeking to bring their products to market quickly and cost-effectively. One approach that has gained significant traction is end-to-end manufacturing production. 

In this article, we will explore the concept of end-to-end manufacturing production and highlight its numerous benefits to businesses. Elemet Manufacturing, a leading provider in this field, exemplifies the advantages of a comprehensive manufacturing management solution. If you’re looking to optimize your production process, Elemet Manufacturing has the expertise and resources to help. Contact Elemet Manufacturing today for more information.


Understanding End-to-End Product Manufacturing

Isometric industrial production line packaging new goods. Conveyor with gears, spare parts passing through metal detector. Man puts parcels in cardboard boxes.

End-to-end product manufacturing refers to a holistic approach where a single manufacturer takes responsibility for the entire lifecycle of a product, starting from the initial design concept to the delivery of the final finished goods. This approach eliminates the need for businesses to engage multiple companies for different manufacturing stages, simplifying the process and ensuring a more efficient and seamless production journey.

Overview of the Various Stages Involved

  • Product Design

The first stage in end-to-end product manufacturing is product design. This involves translating ideas, concepts, and specifications into a tangible design blueprint. The design team works closely with the client to understand their requirements and develop a design that meets their expectations. This stage focuses on creating a design that is both aesthetically pleasing and optimized for manufacturability.

  • Manufacturing Process

Once the design is finalized, the manufacturing process begins. This stage encompasses the actual production of the components or products based on the approved design. It involves various processes such as machining, fabrication, welding, and assembly, depending on the nature of the product. End-to-end manufacturing production ensures that the manufacturing team deeply understands the design intent, allowing for efficient production planning and execution.

  • Production of Finished Products

The final stage of end-to-end manufacturing production is the production of finished products. This involves quality control checks, finishing processes, and any additional value-added services required to complete the products. Finishing procedures may include surface treatments, painting, coating, or packaging, depending on the specific requirements of the products. The goal is to ensure that the finished products meet the desired quality standards and are ready for distribution or use.


Key Advantages of End-to-End Product Manufacturing

By opting for an end-to-end manufacturing approach, companies can reap a host of benefits, each contributing to a stronger, more efficient, and sustainable business model. The following sections look at the key advantages of this streamlined manufacturing method, which range from improved project management and substantial cost savings, to enhanced quality control, customization options, speed-to-market, and adherence to sustainable practices. Let’s explore each of these benefits in detail.

Streamlined Communication and Project Management

Working with a single manufacturer throughout the entire product manufacturing process offers a significant advantage in terms of streamlined communication and project management. 

When multiple manufacturers are involved in a project, communication and coordination can become complex and challenging. Each manufacturer may have different processes, timelines, and priorities, which can lead to misalignment and delays. However, businesses can benefit from a unified point of contact by choosing a single manufacturer, ensuring efficient communication and consistent project management.

A single manufacturer’s integrated approach ensures that the design, production, and finishing teams work closely together throughout the entire manufacturing process. By having all the units under one roof, they can collaborate seamlessly, share information, and address any potential issues promptly. This streamlined communication fosters a deeper understanding of the project requirements and enables real-time adjustments, resulting in a smoother and more efficient production journey.

Cost and Time Efficiency

Project management triangle; Time, Quality, Cost concept. Valuable tool for prioritizing and decision making.

End-to-end product manufacturing eliminates the need to engage multiple companies for different stages of the manufacturing process, resulting in significant cost and time savings. Businesses can enjoy reduced logistical complexities and streamlined processes by choosing the comprehensive manufacturing services of a company like Elemet, leading to cost and time efficiency.

When a project involves multiple product manufacturing companies, each company typically has its own pricing structure and profit margins. Engaging numerous companies for design, machining, finishing, and other manufacturing stages can result in higher costs due to markups at each stage. Additionally, the logistics of coordinating and managing multiple suppliers can be challenging, further adding to the overall expenses.

Businesses can consolidate their manufacturing needs under one roof by working with a single manufacturer. This eliminates the need for engaging and managing multiple companies, streamlining the procurement and production process. As a result, businesses can benefit from cost savings through economies of scale and a more transparent pricing structure.

Furthermore, the reduction in logistical complexities associated with engaging multiple manufacturers can lead to significant time savings. 

Consistent Quality Control

Maintaining consistent quality throughout the manufacturing process is paramount to any successful project. End-to-end manufacturing production offers a significant advantage in quality control. 

With Elemet Manufacturing’s comprehensive services, we ensure stringent quality checks at every stage. Having a single point of contact for quality assurance guarantees that your specifications and standards are consistently met. Our commitment to excellence is what sets us apart as a good manufacturer in the industry.

Greater Flexibility and Customization

End-to-end product manufacturing enables customers greater flexibility and customization options by offering a comprehensive range of services and expertise under one roof. With a single manufacturer handling the entire production process, customers have the flexibility to customize their products according to their specific requirements, whether it’s modifying the design, choosing materials, or incorporating unique features. 

The close collaboration between the design and manufacturing teams allows for real-time adjustments and iterative improvements, ensuring that the final product aligns perfectly with the customer’s vision. This level of flexibility and customization empowers businesses to create tailored solutions that meet their unique needs, fostering innovation and differentiation in the market.

Enhanced Speed to Market

End-to-end product manufacturing accelerates the time to market for products by reducing lead times, expediting prototyping, and streamlining production processes. With a single manufacturer handling all stages of manufacturing, there is no need to wait for coordination between multiple suppliers or deal with potential delays caused by external factors.

The seamless integration between design, prototyping, and production teams enables faster iterations and adjustments, allowing for rapid product development and validation. Furthermore, the consolidated expertise and resources within a single manufacturing facility promote efficient production processes, minimizing bottlenecks and optimizing workflows. 

This enhanced speed to market enables businesses to seize market opportunities, stay ahead of competitors, and capitalize on consumer demand in a timely manner.

Sustainable Manufacturing Practices

End-to-End Product Manufacturing - METAL FABRICATION

In an era of increasing environmental awareness, sustainability is a crucial consideration. End-to-end manufacturing production contributes to sustainable practices. At Elemet Manufacturing, we are dedicated to minimizing waste and optimizing energy efficiency throughout our processes. 

By choosing our services, you align your business with sustainable manufacturing practices, demonstrating your commitment to environmental responsibility.


Unlock the Full Potential of End-to-End Product Manufacturing

End-to-end manufacturing production offers a plethora of benefits for businesses seeking comprehensive manufacturing solutions. From streamlined communication and project management to cost and time efficiency, consistent quality control, greater flexibility, enhanced speed to market, and sustainable practices, the advantages are undeniable. 

Elemet Manufacturing stands ready to be your trusted partner, guiding you through the entire manufacturing process and ensuring your success. 

Are you ready to unlock the full potential of end-to-end manufacturing production? Contact Elemet Manufacturing today to discuss your manufacturing needs and experience the benefits firsthand.

CNC Machining Metal Fabrication Waterjet Cutting Welding

5 Essential Types of Manufacturing Services

Elemet Manufacturing is your go-to-market leader in advanced CNC machining services for aerospace, defense, medical, and industrial equipment manufacturers. Our cutting-edge machinery and specialized team of technicians demonstrate our excellence in precision machining and metal fabrication.

We utilize the latest technology, including 5-axis waterjet cutting, CNC milling, and metal fabrication, among others, to produce high-precision parts with tight tolerances. We provide a full spectrum of solutions in all production areas, from design to engineering and assembly, and can handle machining projects of any size or complexity. Here are the five manufacturing services available at Elemet Manufacturing; reach out to us for more information.


CNC Machining Manufacturing Services

CNC machining

CNC or computer numerical control machining uses computer-controlled equipment to produce precision-cut parts and metal components. The CNC machines operate based on programmed instructions, allowing for high accuracy and repeatability in the manufacturing process.

CNC machining controls grinders, lathes, and turning mills to cut, shape, and fabricate various metal parts and models. Machinists or CNC operators use mechanical engineering, technical drawings, mathematics, and computer programming to produce complex designs that are otherwise impossible to achieve with traditional manufacturing methods.


5-Axis Waterjet Cutting Technology

5-Axis Waterjet Cutting Technology

5-axis waterjet cutting technology is an advanced manufacturing technique that accurately cuts various materials, including metals, foam, rubber, carpet, plastic panels, glass, marble, decorative stone, and stainless steel. During the production process, the system uses a high-pressure water stream and an abrasive substance to cut through even the most rigid materials with ease.

Abrasive waterjet cutting technology cuts intricate designs with high precision and accuracy. For angular cutting, the system employs a computer-controlled cutting head that moves in five different directions, including X, Y, Z, A, and B-axes. This allows a more precise and efficient cut, as the cutting head can make contact with difficult-to-reach angles and cut through materials with greater accuracy.

Waterjet cutting technology achieves high accuracy levels and detail without damaging the material because the cutting head is adjustable to match the density and thickness of any material. The cutting system can cut through thick sheets of stainless steel without producing thermal damage or distorting the material because the high-pressure water stream cools the material as it cuts.


Precision Welding Manufacturing Services

Precision Welding Manufacturing Services

The welding process joins two or more pieces of metal by melting the base materials and adding a filler to fuse the pieces. This manufacturing technique is widely used in the construction, automotive, aerospace, and manufacturing industry. Different base metals are utilized in welding, and various welding processes can be employed to perform many types of welds to produce quality parts.

Aluminum, brass, steel, copper, stainless steel, and titanium are examples of raw metals employed in welding. Modern welding machines are multi-functional and capable of performing numerous welding operations, making them ideal for various applications.

Many types of welds are created using welding processes such as Tungsten Inert Gas (TIG), Metal Inert Gas (MIG), stick, and laser welding. Note the welding techniques used depend on the joined materials, the application, and the required weld quality.


Metal Fabrication and Cutting Manufacturing Services

Metal Fabrication and Cutting Manufacturing Services

Elemet Manufacturing offers a wide range of metal fabrication processes, including metal bending, laser cutting, and metal surface finishing, to meet client specifications. We specialize in customized precision metal fabrication solutions, from prototyping to production.

Our team uses state-of-the-art CNC press brakes and tube bending equipment to bend and shape metal with precision, ensuring that each part is consistent and accurate. We employ advanced laser cutting machines to cut through various metals, including aluminum, stainless steel, and carbon steel, for highly accurate cuts.

Elemet’s engineering/manufacturing team has the expertise and equipment to provide one-off prototypes or full-scale production runs and produce highly accurate assemblies that meet quality control specifications. We are committed to providing high-quality, customized precision metal fabrication solutions and metal parts that meet the most exacting specifications.


Complementary Manufacturing Services offered by Elemet Manufacturing

Elemet Manufacturing offers complementary surface finishing services, specifically focusing on e-coating and powder coating, both of which significantly enhance the appearance and performance of metal parts. By adding a protective layer to the metal components, these surface finishing applications help mitigate corrosion and boost durability.

Our e-coating process, also known as electrocoating, provides uniform coverage even on complex shapes, ensuring comprehensive protection against corrosion and wear. This technique uses an electrical current to deposit paint or coating onto the metal part, resulting in a high-performance finish that excels in various industrial applications.

We also specialize in powder coating services, which involve applying a free-flowing, dry powder to a metal surface. This powder is then heated or cured along the production line, forming a protective layer that is both decorative and resistant to chipping, scratching, and fading. The powder coating process provides an attractive, durable, high-quality finish that enhances the lifespan of the metal part. 


Partner With Elemet Manufacturing for All Your Machining Needs

Elemet Manufacturing employs top-of-the-line machines to provide waterjet cutting, CNC machining, precision welding, and metal fabrication and cutting services in the industry. Thanks to our high-quality welding equipment, we can work with a variety of materials, including titanium and steel.

Companies requiring metal bending, cutting, and assembly can rely on our custom metal fabrication and laser-cutting manufacturing services. Contact Elemet Manufacturing today and request an estimate of your machining project.

Waterjet Cutting

Waterjet Cutting vs Laser Cutting: A Comprehensive Comparison

Every job has the right tool to get the work done. When it comes to cutting and engraving, you probably have questions about which is better: waterjet cutting vs laser cutting. The answer isn’t simple since each high-precision cutter does the job differently. The results for both can be extremely detailed pieces that require very little or no finishing after cutting materials.

Let’s look at each type of cutter and how they work.

Waterjet Machine Cutting

A waterjet cutting system is a tool that employs high-pressure water pumped through a nozzle for cutting various materials. The system focuses the pressurized water through a jewel orifice, usually composed of a diamond or ruby. These materials are selected for their hardness and ability to withstand the high pressures and speeds generated by the water, which can often exceed the speed of sound. The system can efficiently and accurately cut a wide range of materials by directing the pressurized water through the orifice.    

The size of the cut is determined by the size of the aperture, which can be adjusted by changing to different-sized orifices. This cut size is called the kerf. The kerf is the same terminology used when using saws to cut wood, metal, or other materials. In a way, the water forced through the jet will act the same as a saw blade, especially when combined with abrasive materials in the mixing tube.

Much like how the sediment in water helps to wear down rock and soil in a river or ocean current, abrasives such as garnet are added to the pressurized water jet to essentially erode through the material to be cut, albeit in a much more precise way. Garnet is used due to its hardness and availability, as it will become part of the waste product throughout the cut.

Materials You Can Cut With a Waterjet Cutter

waterjet cutting vs laser cutting - pile of silver metal alphabet characters cutted by waterjet machine

Waterjet cutting is ideal for cutting a wide range of materials, each with various hardness. Cuts can be made from as little as a quarter inch to as thick as 3″ and above, depending on the hardness of the material.

Waterjet cutting is a non-reactive cutting method that produces burr-free edges and requires minimal post-cut finishing for a wide range of materials, including metals such as steel, aluminum, copper, titanium, and many others. However, cutting pipes using this technique is not recommended due to the loss of force caused by the space between surfaces, which can affect precision.

Laser Cutting

High precision CNC laser cutting metal sheet

Lasers are a type of amplified light that can excite materials with extremely high temperatures, often surpassing that of the sun. When focused on a material, the laser effectively burns through it, removing the kerf by evaporating the material. Several factors determine the kerf of a laser cut:

  • Focus: Much like how you would adjust a flashlight beam, the laser particles can be directed to have a broad or narrow focus. The focus determines the intensity of the beam.
  • Power: Some lasers are more powerful than others, depending on how much energy is put into the laser device. Lower power will be a “cooler” laser, but increased times with an underpowered laser can result in a loss of precision.
  • Optics diameter: Much like a nozzle, this aperture determines how broad or narrow the beam is, regardless of the focal point.
  • The angle of the beam: The polarization of light emitted through a laser is angled to determine how it reacts to materials. By changing the polarization, you can affect the intensity of the beam.
  • Speed: Laser cuts can be made over long periods or short periods. The material you are cutting, the depth, and the precision will require different speeds to do the job.
  • Gases: Much like welding and cutting, different gases can assist in cutting. As with sublimation and flame cutting, you can use oxygen to accelerate a cut. Inert gasses such as nitrogen and argon limit the chemical reaction of burning through materials, limiting the kerf to only the immediate area around the beam. 

Materials You Can Cut With a Laser

Lasers can be used to cut a wide range of metals, including steel, aluminum, copper, brass, and titanium, among others. However, the thickness and type of metal being cut will determine the laser’s power requirements and cutting speed. In addition, the use of lasers for cutting metals requires consideration of the material’s reflectivity and thermal conductivity to ensure optimal cutting performance.

Waterjet Cutting vs Laser Cutting

Laser cutting and waterjet cutting are both highly precise cutting methods used in industrial applications.

The addition of gases during fusion or sublimation cutting can significantly impact the chemical composition of certain metals, resulting in oxidation or discoloration of the material. In contrast, waterjet cutting utilizes a mechanical process of pressure and friction that produces minimal heat compared to laser cutting. 

This makes waterjet cutting an excellent option for materials that are highly sensitive to heat, ensuring that the structural integrity and other critical properties of the material remain intact during the cutting process. 

Although waterjet cutting is well-suited for thicker materials and those with varying thicknesses, it may require more extensive post-cutting finishing. In contrast, laser cutting is highly efficient, producing minimal waste and offering superior accuracy. 

While laser cutting may not be suitable for materials with highly reflective surfaces, it is a reliable and widely-used cutting method in various industrial applications. It is highly effective for cutting thin materials and intricate designs, offering superior accuracy and speed, and also produces a clean and smooth edge, eliminating the need for further finishing. 

It is crucial to consider these factors when selecting a cutting method for a specific application to ensure optimal cutting performance and prevent unwanted effects on the material being cut.

Contact Us and Learn More!

For those interested in precision cutting, Elemet Manufacturing offers a variety of machines tailored to different materials, sizes, and finishing requirements. Whether you require laser cutting, welding, fabrication, or other manufacturing needs, our team has the expertise to help you select the best tool for the job. 

We offer free estimates and a range of options to ensure you receive the most suitable and cost-effective solution for your project. Contact us to learn more about our precision-cutting services and how we can assist you in achieving your manufacturing goals.

Waterjet Cutting

Glass Waterjet Cutting is the Crystal Clear Choice

The destructive nature of water has never been in doubt, but who knew if engineers focused on that nature and beefed it up with abrasives, a water jet could cut through anything? Seriously, glass water jet cutting has various benefits over traditional glass cutting methods. Precision waterjet cutting provides a precise cut that needs no finishing. 

Even then, it doesn’t mean you put any glass type through glass water jet cutting and expect superb outcomes when you’re done. In this article, you will discover the most common types of glass you can subject to precision waterjet cutting technology using tools from Elemet Manufacturing.

Float Glass

Glass Waterjet Cutting is the Crystal Clear Choice: Float Glass

If you’re looking for extremely smooth and distortion-free glass for window applications, then float glass can provide you with excellent solutions. The Pilkington process is responsible for the formation of this type of glass. During the process, the glass floats on a tin bed in the shape of its container.

You can devise multiple cut-outs, holes, shapes, and many other designs using precision waterjet cutting. However, you require precise cutting settings ranging from 700-1400 bar for smooth finishes and edges in the final piece.

Laminated Glass

Laminated Glass can be used for store windows.

Cutting through laminated glass can be challenging, especially using traditional methods such as glass cutters, diamond wheels, or sandblasting. When attempting to cut laminated glass, the single biggest risk is delamination, and that’s why it’s always best to let a professional do the cutting. 

Glass waterjet cutting at low pressure would be best in this situation. This reduces the chances of piercing or delamination. Pre-drilled holes can also reduce the chance of the high-pressure water stream separating the glass layers.

Annealed Glass

Annealed glass is often used in tabletops

Annealing is a glass cooling process during fabrication; unlike tempered glass, it isn’t treated with heat. As you can imagine, annealed glass is soft and best handled by highly skilled technicians.

It is ideal for various uses, from cabinets and windows to come up with custom cuts. Still, the annealing process results in a glass that doesn’t have the internal stresses which allow the tempered glass to shatter. It strengthens it more compared to tempered glass. 

The internal strength simplifies the use of glass waterjet cutting techniques to develop a remarkable finished product. Even if the annealed glass is a few degrees softer, you can’t utilize pure waterjet cutting for the final product. 

Note that tempered glass cannot withstand pressure and shatters immediately upon the impact of a high-pressure stream.

Bulletproof Glass

Bulletproof glass is used in windows of military vehicles.

This wonderful glass innovation, capable of stopping bullets from the world’s most syndicated assault rifle, the AK-47, would surely be a tough match for glass waterjet cutting technology. The surprising thing is that it isn’t. Crank the pressure up to 60,000 PSI, and the abrasive water jet cuts through bulletproof glass like a chisel through wood. 

Suppose you’re looking to fashion something out of bulletproof glass. In that case, you can be sure an abrasive water jet can carve through 2 inches of bulletproof glass to get you the desired shapes.


Dressing room mirror.

Mirrors present quite a challenge to cutting machines, particularly those that rely on lasers. The reflection of that mirror can spell disaster for anyone trying to cut it with lasers. Even though mirrors only reflect light, the energy carried with that light can translate to heat damage on a surface unfortunate enough to be anywhere in the laser’s path.

The advantage of using glass water jet cutting is you never have to worry about flying glass particles, unseemly cracks, and unwanted reflections.

Stained Glass

Stained Glass Window

The piece of history that can turn any dwelling into a hallowed work of art is notoriously difficult to deal with, especially when using hand-held tools. Rather than waste time trying to maintain the sanctity of the art of cutting stained glass, why not do quick work using precision waterjet cutting technology?

Why Should You Use Glass Precision Waterjet Cutting?

The various benefits to glass cutting using abrasive water jets include:

  • Smooth cuts: A water jet’s high-pressure stream provides a smooth and highly controllable tool. By managing stream speed means you can cut through glass of varying thicknesses.
  • Precise cuts: The high-pressure stream makes for a precise tool, allowing you to cut several shapes down to a thickness of 0.1 mm. The stream precision allows you to come up with distortion-free designs. 
  • Intricate cuts: With a high-pressure stream being a precise tool, you can cut glass into various shapes, angles, and any other complex shape you can think of. A glass precision waterjet cutting tool can make it happen whether it bevels sharp corners, pierces holes, or cuts curves with the smallest inner radii. Moreover, you can save time by stacking the glass to be cut.

Would you like to get started with glass waterjet cutting? Look no further than Elemet Manufacturing. Our company is based on a joint venture between Precision Waterjet Concepts and Aitkin Iron Works. This collectively gives us nearly 90 years of experience providing precision waterjet cutting and other metal fabrication services. We have industry-leading precision waterjet cutting and advanced metal fabrication services. Get in touch with us now.

Waterjet Cutting

Precision Waterjet Cut Metal Panels Keep Their Cool

The Heat Affected Zone (HAZ) of a metal panel that has been mechanically or thermally cut is a threat to the purity of the material being cut and a primary cause of premature cutting equipment failure.

Precision waterjet cutting – the simple yet forceful act of using a high-powered stream (jet) of water to precisely cut through some of the most exotic metals on the planet. And doing so without distorting any fundamental characteristics of the material being cut. Sometimes a solution can be simplistic in its application.

Are you looking for waterjet cut metal panels for a particular metal fabrication where HAZ must not alter the purity of the material? Perhaps you would like to learn more about this metal cutting solution from a manufacturing industry leader like Elemet Manufacturing?

Let’s look at waterjet cut metal panels and how HAZ can be avoided. Let’s expand the discussion to include the difference between pure and abrasive waterjet cutting.

Precision Waterjet Cut Metal Panels

Waterjet cutting gears from a steel plate

To better understand why a waterjet cut can produce metal panels free of HAZ, let’s look at the medium used as the cutting agent.

Water is the most widely used substance to absorb and transfer heat. The cooling effects of water are even used more than the artificial refrigerants of ammonia, chlorofluorocarbons, and hydrofluorocarbons that were marketed well under the ‘Freon’ names as ordinary CO2 or carbon dioxide.

The high-pressure stream of water against the cut material is heated by naturally occurring friction. It means that when you use Waterjet Cutting to create your metal panels and cut steel, it makes the purest grade possible because this process keeps cool enough for optimal performance.

The Flexibility Provided by Precision Waterjet Cutting Technology

The technology of the water jet cutting machine gives you a degree of flexibility that you cannot find in traditional cutting methods like plasma, laser, or CNC machining technology. You depend on the process’s heat to cut through the material with plasma, laser-cut, and CNC plasma. That same heat is what causes the HAZ. With those technologies, the thicker the material being cut, the higher the degree of heat is needed.

You would have to switch to another cutting method if you were going from thin sheet metal or stainless steel to an exotic metal like a thick piece of titanium. With the latest water jet cutting nozzles, you can switch from something as delicate as foam rubber to that unknown piece of titanium with the flip of a switch.

An abrasive precision waterjet cutting machine

Pure Vs. Abrasive Waterjet Cut Metal Panels

Those newer waterjet cutting nozzles allow you to change your cutting jet from a pure stream of water only to an abrasive stream of water with different sizes of abrasive garnet mixed at the nozzle simply by switching the components of the stream.

Pure waterjet cutting can handle those delicate items like gaskets cut from foam rubber. The abrasive waterjet cutting can also make precise and delicate cuts through that big piece of titanium we were just talking about.

The main components of the waterjet cutting table are:

  • The table where the nozzle mechanism cuts on the X and Y axis and the garnet hopper and water catching tank are attached below.
  • A high-pressure pump that supplies the intensifier.
  • The water supply runs through an intensifier that produces a cutting force of up to 90,000 PSI.
  • The system controller operates on specific software for the system.

With this set-up, you can successfully cut delicate decorative screens or heavy-duty titanium brackets and anything in between by controlling the amount of abrasive garnet at the cutting nozzle.

Reducing the HAZ and Hazardous Fumes of Traditional Cutting Methods

Waterjet cutting is effective in eliminating HAZ, as we have seen. But also consider eliminating those hazardous fumes when certain metals are heated to those high damage-causing degrees. Waterjet cutting is almost free of any dangerous waste or fumes.

The chemicals and oils used to treat some metals are hazardous when those substances are heated by cutting methods discussed earlier like plasma, laser, and CNC machining. The only damage-causing waste produced by waterjet cutting is the wastewater from cutting contaminated materials, such as lead. In those instances, you will want to provide a safe means to dispose of the wastewater produced from the waterjet cutting process.

Let Elemet Manufacturing Provide Your Precision Waterjet Cut Metal Panels

When your project needs quality waterjet cut metal panels, Elemet Manufacturing is your waterjet cutting service provider. Located in Aitkin, Minnesota, EMI can supply you with waterjet cutting services wherever needed. 

Choosing an experienced waterjet cutting service provider ensures you have high-quality products. Contact Elemet Manufacturing for the best waterjet cutting services today.

Waterjet Cutting

Pure Waterjet Cutting – Where It All Began

Precision waterjet cutting appears to be one of the newest fascinations in town, but many people don’t realize it has been around for quite some time. When this technology appeared on the scene in the 1850s, it was used to excavate coal. At that time, few people would have believed it would grow to cut through almost any material. 

The last 40 years have seen many improvements in modern waterjet cutting technology, making it more efficient, versatile, and precise. One of the latest improvements is the development of an abrasive waterjet nozzle suitable for commercial use because it can cut through tougher materials compared to pure waterjet cutting.

Elemet Manufacturing excels at precision waterjet cutting and takes full advantage of all the benefits it has to offer. Keep reading to learn more about the differences between pure and abrasive waterjet cutting methods, and then contact us for all your metal fabrication needs.

closeup of pure waterjet cutting machine with NC code data background

Pure Waterjet Cutting

Pure waterjet cutting is a water-only process that doesn’t require any abrasive particles, hence no need for a mixing chamber. Pure water streams through the cutting head directly after going through the orifice. The result is a thin, focused stream of water producing an extremely fine and precise cut. Since it produces a cleaner cut compared to other cutting methods, pure waterjet is suitable for softer materials.

Suitable Materials for Pure Waterjet Cutting

Since pure waterjet cutting does not contain abrasives, its cutting process does not interfere with the edges of the materials being cut. That quality makes it more suitable for these softer materials:

  • Foam: Since it generates little or no heat, it does not distort foam.
  • Felt: Pure waterjet cutters produce clean cuts in felt, enabling the production of different sizes and shapes.
  • Rubber: Pure waterjet cutting doesn’t interfere with rubber quality and produces clean cuts for various applications.
  • Paper: A contaminant-sensitive material that works best with pure water.
  • Thin plastics: Another heat-sensitive material requiring cutting methods that produce minimal or no heat to protect them from possible damage.

Benefits of Pure Waterjet Cutting

Here are some essential benefits of pure waterjet cutting:

  • Produces minimal or no heat at all, keeping materials intact.
  • Makes high-precision cuts, including creating 3-D shapes.
  • Leaves behind minimal damage.
  • Suitable for light materials.
  • Works on cavities inaccessible by other cutting methods.

high-pressure waterjet CNC cutting machine

Abrasive Waterjet Cutting

When it comes to abrasive cutting, an abrasive material, often garnet, is introduced to the water stream via a mixing chamber in the cutting head. A special pump pressurizes the mixture up to 94,000 psi, creating a supersonic stream of water capable of cutting through considerably thicker materials than pure waterjet cutting.

Industrial Applications of Abrasive Waterjet Cutting

Abrasive waterjet cutting has found many industrial applications because of its ability to cut through hard materials, including stone, ceramics, glass, and steel. Some industries using abrasive waterjet cutting include:

  • Automotive: Cutting composite and non-metal materials such as exterior body panels, gas boxes, and door frames.
  • Aerospace: Cutting novel materials, including carbon fiber composite and plastic glass. It also cuts alloy materials for making external body panels of airplanes and other parts.
  • Military: Used to cut combustible and explosive materials, destroy weaponry, and cut through bullet-proof glass.
  • Manufacturing: For cutting various materials needed to manufacture machines and tools. Such materials include metals, brittle plastics, marble, concrete, ceramics, and other difficult materials.

Benefits of Abrasive Waterjet Cutting

  • Can cut through almost any material; suitable for a wide range of industrial applications
  • Considered a green technology as it does not leave behind hazardous materials
  • Generates little or no heat
  • Makes high-precision cuts
  • Creates 3-D shapes
  • Leaves minimal damage
  • Allows for recycling of scrap metal
  • Works on cavities inaccessible to other cutting methods
  • Drills holes through almost any material, forming intricate shapes

waterjet metal cutting of thin detailed metal design

Which One Is Right for You?

Both processes use the same principle – employing an extremely fine stream of water to cut through materials. They also share many of the same benefits, including low heat generation, being eco-friendly, and running high and accurate cutting speeds. 

Material type is a true differentiator between these two cutting methods. Pure waterjet cutting works well with softer materials. Thicker, harder materials will most likely require the addition of an abrasive.

We have the equipment and experience to handle all of your metal fabrication needs, including precision waterjet cutting. Contact Elemet Manufacturing to learn which of our industry leading services is right for you.

Waterjet Cutting

Abrasive Precision Waterjet Cutting Is Not As Rough As It Sounds

Why Do You Need Precision Waterjet Cutting?

If you are in the manufacturing industry, utilizing the benefits of precision waterjet cutting is essential to making fine, precise, and quick cuts on nearly any type of material. Along with using pure waterjet cutting for softer items, abrasive precision waterjet cutting is the preferred method for hard, thick, and tough materials.

However, before you can begin using precision waterjet cutting to service your manufacturing needs, you need to find a reputable company that can help you safely and accurately get the job done. With Elemet Manufacturing, you can use their B2B manufacturing services for all of your industry needs. 

For those who need precision waterjet cutting, CNC machining, welding, metal fabrication, and other cutting services, contact Elemet Manufacturing

multi-axis abrasive precision waterjet cutting design

Advantages of Precision Waterjet Cutting vs. Other Cutting Operations

If you are debating between using water jet cutting versus other techniques, read on to learn why water jet cutting may be the best option for your projects. One of the other common techniques used when working with soft and hard materials is laser cutting. There are certain characteristics of precision waterjet cutting that make it the preferred cutting method, though:

  • Smooth edge quality – When using laser cutting, clients will have to create a secondary finish to eliminate the heat-affected zone. Precision Waterjet cutting creates a smooth edge that does not require any extra finishing.
  • ThicknessPrecision waterjet cutting – specifically precision abrasive waterjet cutting – can cut through materials up to 3” thick, whereas laser cutting can typically only cut materials up to .25” thick.
  • Smaller diameter – Precision waterjet cutting can cut tiny holes, whereas laser cutting cannot cut any material with a smaller diameter than the thickness.
  • Various materialsLaser cutting might be too reflective when working with metals, whereas abrasive precision waterjet cutting can cut through numerous hard materials without any byproducts or heat reflection.
  • Faster – Abrasive waterjet technology has cutting speeds of 5-10x faster when compared to laser cutting. 

clear water stream pouring into clear water against white background

Pure Precision Waterjet Cutting vs. Abrasive Precision Waterjet Cutting 

When it comes to precision waterjet cutting, two different types can help provide clean, accurate, and easy cuts: pure precision waterjet cutting and abrasive precision waterjet cutting. Before businesses and clients can choose the specific type of waterjet technology to use, they must know the pros and cons of each method. 

Pure Precision Waterjet Cutting 

Pure precision waterjet cutting uses a different type of cutting head than you would with abrasive waterjet cutting, performing the cuts without the use of a mixing chamber nozzle. The water exits the waterjet cutting head through the open space instead of coming out in a smaller stream via the tapered nozzle.

Although there is no nozzle, pure precision waterjet cutting can still make a thin stream of water and tiny, exact cuts. Since the stream of water is very fine and less powerful than other options, it is a perfect choice for cutting soft materials.

However, if you are interested in cutting harder items, making bigger cuts, or getting more work done faster, abrasive precision waterjet cutting using abrasive particles is the better choice. Pure precision waterjet cutting is helpful for those making tiny cuts in felt, paper, thin plastics, and food products but won’t stand up to the test of cutting through a range of materials.

Abrasive Precision Waterjet Cutting

The second most common waterjet cutting method is abrasive precision waterjet cutting. Although the name sounds harsh, this type of cutting actually describes the accuracy, strength, and power this type of cutting can provide. 

Using a stream of water as high as 94,000 PSI, the pressurized water exits through an orifice and maintains its strength, containing the power to cut through both hard and thick materials. 

Making abrasive cuts is the preferred technique for those who need to quickly and accurately cut through hard materials like ceramic, metal, copper, stone, or hard plastics. 

Along with being able to cut through hard materials, why should you choose abrasive precision waterjet cutting vs. pure precision waterjet cutting? 

  • Easy setup – The waterjet is easy to set up, making it simple and fast for beginners to use when cutting hard materials.
  • Low waste levels – Instead of having excess materials left over after the cutting process, the abrasive precision waterjet cutting leaves behind little waste, making cleanup fast and easy.
  • No heat generated – Since you are using pressurized water with abrasive precision waterjet cutting, there is no risk of adding excess heat to the products that can cause product damage.
  • Versatile – When using abrasive precision waterjet cutting, it is possible to cut through virtually any type of material, whether 10” thick or ¼” thick. 

the word "why" written on foggy window

Why You Should Choose Elemet Manufacturing for Abrasive Precision Waterjet Cutting 

Compared to other similar manufacturing businesses, Elemet Manufacturing offers a wide range of services to clients so you can complete all of your equipment and manufacturing needs simultaneously. 

Elemet Manufacturing offers the top precision waterjet cutting services in the industry, providing top-of-the-line equipment that can cut through almost any type of material. With CNC abrasive precision waterjet cutting machines, you can easily cut through aluminum, metal, plastic, carpet, rubber, and titanium.

Precision waterjet cutting is the preferred option over other cutting methods, as it creates accurate cuts, does not use unsafe levels of heat, does not produce harmful byproducts, cuts 3D materials, and provides a fast turnaround time for all projects. 

Elemet also offers CNC machining services, helping create prototypes and products for clients concerned about replicating their complex and precise models. Using a 3-axis, 4-axis, or 5-axis CNC machine, you can create a realistic prototype that includes compound angles and precise features.

Another reason to select Elemet over other manufacturing businesses is due to its high-quality welding services. Welding services make it possible to work with a wide range of materials, like titanium and steel.

Using the welding services has numerous benefits over other options, such as high operating speeds, low pricing, and large-project scalability. 

Lastly, Elemet offers metal fabrication and cutting services to clients who need to rely consistently on quality parts. Using custom metal fabrication and laser cutting services is beneficial for companies who need bending, cutting, and assembling of metal parts. 

Not sold yet? Contact Elemet Manufacturing today to see how their skilled team of engineers can help you with your manufacturing project. 

Waterjet Cutting

The 7 Benefits of Precision Waterjet Cutting

When operating a manufacturing firm, one of the most important parts of the job is making sure you have a reliable system for cutting and producing the parts you need.

When it comes to accomplishing this task efficiently and delivering high-quality results, there’s no better solution than 5-axis precision waterjet cutting.

Precision waterjet cutting is an up-and-coming manufacturing technique that is truly head and shoulders above other methods for cutting parts precisely and efficiently.

Thanks to all the benefits of precision waterjet cutting, this superior production practice is quickly taking the manufacturing industry by storm as more firms look to take advantage of its enhanced capabilities.

So what exactly are the benefits of precision waterjet cutting? Why should you consider implementing this technology for your manufacturing firm? We’ve got all the answers for you below.

Read on to learn all about precision waterjet cutting benefits and then contact Elemet Manufacturing for your precision waterjet cutting needs.

What Is Precision Waterjet Cutting?

A CNC waterjet cutting machine cutting shapes into metal.

A waterjet cutter is a special tool used in industrial manufacturing to cut materials into specific shapes to form various parts and tools.

It works by shooting out a thin stream of water at very high pressure, usually combined with some form of substance to increase the stream’s abrasive properties. 

A 5-axis waterjet cutter can make precise cuts from a variety of angles, allowing for more complex procedures than other tools can accomplish.

With these incredible capabilities, it’s no wonder this process is transforming the manufacturing industry.

What Makes Precision Waterjet Cutting Unique?

CNC water jet cutting machine modern industrial technology.

Precision waterjet cutting has many advantages over other, more traditional methods of industrial production.

Compared with a CNC drilling machine, which is the most popular alternative, waterjet cutters are far more accurate and precise, especially those with 5-axis capabilities.  

There are also certain environmental benefits to using this method as opposed to a CNC drilling machine or another technique.

For instance, waterjet cutters do not produce harmful byproducts and are associated with fewer waste emissions. 

As environmentally conscious initiatives permeate every sector of the working world, it only makes sense that manufacturers in the United States will start to gravitate more and more towards this cutting-edge, eco-friendly technology.

What Can Precision Waterjet Cutting Do For You?

Waterjet pieces on a table after cutting.

It goes without saying that this procedure has tremendous implications for innovating production.

Manufacturing firms that take advantage of this technology can produce parts with extremely complex shapes in precise detail.

This technology makes the entire manufacturing process more efficient, allows more rapid advanced part production, and reduces the need for further work on parts after the finished cutting process.

All in all, precision waterjet cutting benefits are incredibly numerous and more than outweigh any potential drawbacks. 

7 Benefits of Precision Waterjet Cutting

A large quarry stone being cut by a waterjet cutting machine. Here are some benefits of waterjet cutting.

So why exactly should you consider using precision waterjet cutting over any other method of production? What does this practice offer that more traditional manufacturing procedures do not?

Well, there are actually quite a few useful advantages to using this production method. Some of the most prominent precision waterjet cutting benefits are expanded upon below.

1. Accurately and Precisely Cuts Complex Shapes

The main advantage of using this manufacturing technology is that the cuts are significantly more accurate and precise than those made by any other tool used for the same purpose.

Thanks to these remarkable capabilities, many manufacturing firms have reached new potentials in production, as they can now produce more complex forms than ever with minimal effort.

2. Requires No Heat Source or Application

Other tools used in this industry for producing parts rely on applying intense heat to make the materials in use more malleable and less resistant to being cut.

This tool requires no heat to be used, which is easier from a logistical standpoint. It also allows for a greater degree of control when forming parts with complex shapes.

3. Works on Any Material

Unlike other manufacturing methods, precision waterjet cutting has no limitations on the kinds of materials used.

Many firms find this versatility enormously helpful, as it eliminates the need to use different machines to make parts from different materials. It’s efficient, simple, and easier on your company’s budget. 

4. Reduces Waste

When it comes to environmentally conscious manufacturing practices, switching over to the exclusive use of the waterjet cutter, where applicable, would go a long way in reducing harmful waste.

In an industry known to struggle with waste reduction, it is amazing to see these new technologies crop up, offering solutions to these long-standing environmental problems. 

5. Generates No Undesirable Byproducts

Equally helpful in combating the harmful production of emissions and pollutants from the manufacturing industry is the lack of dangerous byproducts produced using this method.

These machines use only water and a reusable abrasive substance to cut materials into various shapes.

As a result, there’s nothing harmful that can make its way back into the environment and harm plants or animals.

6. Works Fast

The speed at which a 5-axis waterjet cutter can work means the turnaround time for the production of new parts is much lower than average.

As a result, manufacturing firms have the potential to increase their output significantly and, in turn, their profits by taking advantage of this ingenious method.

7. Eliminates the Need for Further Operations

Thanks to the expert precision allowed by precision waterjet cutting, there is no longer a need to add any additional steps to get the parts down to the exact desired shape.

These machines can get the job done right on the first try, which moves the whole process along faster and saves on operation costs at the same time. 

See What Precision Waterjet Cutting Can Do For You!

Precision Waterjet Cutting

After gaining an understanding of the vast scope of the benefits of precision waterjet cutting, there’s no longer any reason to put off incorporating this fascinating and useful technology into your manufacturing firm’s business lineup.

Whenever you’re ready to unlock this plethora of precision waterjet cutting benefits for your own enterprise, contact the professionals at Elemet Manufacturing who are waiting and willing to assist you.


Waterjet Cutting

Plasma vs. Precision Waterjet Cutting

If you need to have raw materials cut, you have a few different options for cutting methods.

Two of the most popular methods for cutting raw materials are plasma cutting and precision waterjet cutting. Elemet Manufacturing offers the cutting services you need to accomplish any job.

Elemet Manufacturing is located in Aiken, Minnesota. Formed by combining the forces of Precision Waterjet Concepts and Aitken Iron Works, Elemet Manufacturing can meet all of your cutting and machining needs. 

Elemet offers CNC machining, CNC milling, turning, threading, 5-axis precision waterjet cutting, welding, painting, and other complementary services.

Elemet Manufacturing offers state-of-the-art precision waterjet cutting that can handle even the most challenging jobs. Elemet provides two options for precision waterjet cutting, CNC abrasive waterjet cutting, and pure waterjet non-metal cutting. 

CNC abrasive waterjet cutting is best for metals like stainless steel, carbon steel, aluminum, and titanium. Pure water non-metal waterjet cutting machines are best for non-metallic materials like plastic, foam, rubber, carpet, glass, marble, and stone.

What makes Elemet unique is its 5-axis precision waterjet cutting technology. Most waterjet cutters make flat cuts along three axes: X (left to right), Y (up and down), and Z (parallel). Elemet, on the other hand, can achieve precise, intricate 3D cuts by cutting along five axes.

In addition to the X, Y, and Z axes, Elemet precision waterjet cutting machines can also cut along the A-axis, which rotates around the X-axis, and the B axis, which rotates around the Y-axis.

Elemet’s 5-axis precision waterjet cutting machine can even cut stainless steel by combining high-velocity water with an abrasive material. 

Elemet’s state-of-the-art machines can cut metal at two to four times the speed of traditional machining. If you’re interested in cutting services from Elemet, complete an estimate form.

Depending on your job, either waterjet or plasma jet may be the best option for you. Read on to learn more about waterjet vs. plasma cutting to choose the best cutting method for you.

Precision Waterjet Cutting

precision waterjet cutting

With waterjet technology, a machine uses a mixture that usually includes water and some abrasive material. The machine forces this ultra high-pressure water mixture along a designated path, thus cutting the raw material.

To achieve this mixture, the abrasive material (very often garnet) travels through a line into the mixing component of the machine.

In the mixing component, the abrasive mixes with water. From there, the machine sprays out the mixture with ultra high pressure, exceeding 50,000 psi. 

This process creates a cutting stream that sprays out of the tip of a ceramic nozzle. The cutting machine moves this nozzle along a path designated by the machine’s software and at an appropriate cutting speed for the material.

Plasma Cutting

A plasma cutting machine

Rather than using water and abrasive materials, plasma cutters rely on gas (often nitrogen, argon, or oxygen) and electricity to achieve precise cuts.

Plasma cutting machines force gas through a small opening at extremely high pressures. Once forced through this opening, the gas meets with electricity that travels through the cutting nozzle. 

During this process, the gas is heated to such a high temperature that it becomes plasma. Given its high temperature, the gas can melt raw materials, blowing away excess materials and leaving a precise cut.

Comparing Waterjet to Plasma Cutting

Professionals in the cutting industry consider precision waterjet cutting to be more precise than plasma cutting—precision waterjet cutting results in higher cut quality across a variety of materials. 

Most waterjet cutters can cut at a precision of +/- .005 inches (although some are even more precise than this). Unlike some plasma cutters, the cutting speed can be adjusted on waterjet machines, leaving a smoothly finished surface that does not require secondary machining.

Plasma cutters can also create smooth finishes, although their precision of +/- .01-.03 inches is markedly less than waterjet cutters. 

The thicker the material, the less precise and clean the cut will be when you’re dealing with plasma cutting machines. The high-temperature plasma cannot always melt through thick materials without creating unwanted slag along the cut.

Another difference between waterjet and plasma cutting involves materials. Plasma cutters are limited to cutting metals, including steel, stainless, and aluminum. 

Plasma cutters are not recommended for cutting conductive metals because these materials do not cut well on the machine. Experts recommend plasma cutters cut through materials no greater than .5 inches thick.

Waterjet cutters, on the other hand, can cut through virtually any material. Precision waterjet cutting machines can handle hard materials, like steel, and can cut soft materials, like bread.

Because waterjet cutters do not rely on heat to achieve cuts, they can cut through materials of considerably more thickness than what plasma cutters can handle.


High pressure waterjet aluminium cutting.

The determining factor between waterjet and plasma cutting is often the cost. For thinner, metallic materials, plasma cutting is often the quicker and cheaper option. 

However, when cutting thick and/or non-metallic materials, precision waterjet cutting is better and less expensive. Furthermore, precision waterjet cutting can eliminate the need for secondary machining, thus saving further on costs. 


A plasma cutter cutting out dragon shapes out of metal.

While there are many options for machine cutting, depending on the material and thickness of your job, the leading two technologies are precision waterjet cutting and plasma cutting. 

Precision waterjet cutting achieves precise, finished cuts by combining water with abrasive material and shooting a cutting nozzle at incredibly high velocity.

On the other hand, a plasma cutter heats gases to very high temperatures and achieves cuts by melting the raw material.

When it comes to cutting services, Elemet Manufacturing cannot be beaten. Elemet offers state-of-the-art, advanced cutting technologies to meet all of your needs. 

With its innovative, 5-axis precision waterjet cutting system, Elemet can tackle jobs from dense stainless steel to pliable plastic and rubber. If plasma is more appropriate for your cutting needs, Elemet also offers plasma jet cutting services. 

To get started with Elemet, simply complete an estimate request. Once you complete this request, you should expect to hear from an Elemet Manufacturing representative.

The representative will learn more from you about your job to determine the best cutting option for you. 

When you’re looking to achieve precise, finished, high-quality cuts across a variety of materials, turn to Elemet manufacturing.

Waterjet Cutting

7 Differences Between Laser And Precision Waterjet Cutting

When it comes to the differences between laser and precision waterjet cutting, some nuances are important to know to determine the right custom manufacturing method.

Both can each take the information from your 2D file to create your object. Both are also great for rapid prototyping or production. So let’s dig into those differences.

Elemet Manufacturing specializes in 5-axis precision waterjet cutting services. These 5-axis waterjets can handle large production runs but mostly serve our customers with quick turnaround services. Contact us today!

Laser Cutting

Laser cutting metal involves low risk, waste, and required clean-up. The use of laser cutting machines doesn’t generally call for safety goggles, even though it’s always good to wear some and be cautious.

However, for lasers to cut some materials, the dust and smoke produced can be slightly toxic, so it’s essential to have proper ventilation. Noise pollution is also very low with laser cutting.

After the laser cutting process, the machine doesn’t need heavy cleaning. The cutting waste is mostly dust that you can quickly vacuum. One of the main concerns linked to laser cutting is the thermal stress on the heat-affected zones.

To avoid thermal stress cracking, the technician can adapt the laser’s speed. Also, metals with higher reflectivity, such as brass and copper, are more efficiently processed.


Precision Waterjet Cutting

Precision waterjet cutting is a subtractive manufacturing technique. It uses pressurized water focused on a tiny point to cut the material. The pressure can be as high as 60,000 pounds per square inch (4137 bar). The operator can mix the water with an abrasive such as garnet, which increases its cutting possibilities (more materials, closer tolerances).

Precision waterjet cutting is widely recognized as a complementary tool to other cutting processes. Precision waterjet cutting systems can use “just water.” Depending on the material, use a combination of water and an abrasive, normally garnet.

With either method, waterjets cut materials using an erosion process. 5-axis waterjets are flexible tools that can cut virtually any material at any thickness. This flexibility expands the breadth of projects that a job shop or other business can perform. Waterjets can cut stainless steel one minute and plastic the next. Also, Precision waterjet cutting works on laminated material.

Precision waterjet cutting can involve more risks, higher noise pollution, and higher clean-up. Indeed, the precision waterjet cutting process can be extremely noisy and requires ear protection.

Protection is necessary against the pressurized waterjet (specific gear, covers, safety glasses). Moreover, the precision waterjet cutting area gets quite messy, with large quantities of cutting waste caused by mixing water and abrasives.


The Differences Between Laser & Precision Waterjet Cutting

Determining whether to use lasers or waterjets for your next project will depend entirely on your specifications. For each project, you’ll need to ask yourself several questions, including:

  • What materials will you be cutting?
  • What is the thickness of your materials?
  • What sort of edge finish and tolerance does your task require?
  • Will heat impact the part?

Let’s look at some of the main differences between laser and precision waterjet cutting more closely:

Engraving / Cutting Capability

A laser can engrave as well as cut material. Waterjets only allow for cutting. Laser engraving is advantageous if you want to directly add serial numbers, assembly marks, or aesthetic designs.

2D Or 3D Designs

Precision waterjet cutting, particularly 5-axis precision waterjet cutting, can handle 3D cuts. Laser cutting can’t.

The Materials Each Can Cut

Laser and precision waterjet cutting can each cut difficult materials. Laser cutting can cut all plastics, glass, woods, and metals, excluding highly reflective metals. Indeed, metal laser cutting is doable, and you can laser cut stainless steel, aluminum, or mild steel, for example. 5-axis precision waterjet cutting machines can cut all materials.

The Thickness Each Can Cut

Laser cutters can cut thick materials. The optimal thickness range is 0.12″ to 0.4″ (or 3 to 10 mm). A precision waterjet cutting machine can cut denser objects, the optimal thickness being 0.4″ to 2.0″ (10 to 50 mm).

The Level Of Precision

Laser cutting can be more precise than precision waterjet cutting machines. The minimum width of the cutting slit is 0.006″ (0.15 mm) for laser cutting and 0.02″ (0.5 mm) for waterjet. As for their processing tolerance, it is approximately 0.002″ (0.05 mm) for laser cutting and 0.008″ (0.2 mm) for precision waterjet cutting.

The Potential Damage To The Material Being Cut

Each technique poses its problems when it comes to part integrity. Indeed, laser and waterjet machines can cause a little damage to the material during the cutting process.

Laser cutting can cause burn marks on the material and darken the cut’s sides. In many cases, a little cleaning can remove the burn marks. As for the darkening, it merely needs to be taken into account when thinking through your object’s design. You can potentially play on the contrast of colors between the colored faces and the black sides.

On the other side, as a cold cutting process, precision waterjet cutting doesn’t require heat. Still, it applies very high forces on the material, which can pose problems, especially for small parts. They might get deformed or even not cut.

The Work Environment

While precision waterjet cutting is a relatively clean process, laser cutting can cause smoke and sparks in the environment. Proper ventilation and safety equipment are always a good idea.

Precision Waterjet Cutting

When Your Project Calls For Precision Waterjet Cutting

We’ve looked at the many differences between laser and precision waterjet cutting to help guide you to the best method for your project!

To sum up, laser cutting can offer higher precision, is more fitting for detailed objects, or is preferred when you require engraving. Alternatively, precision waterjet cutting can cut through thicker sheets and has virtually no material restrictions. It also doesn’t cause heat-affected zones on the materials cut.

Elemet Manufacturing specializes in 5-axis precision waterjet cutting services. These 5-axis waterjets can handle large production runs but mostly serve our customers with quick turnaround services. Contact us today!