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Electronic productTechnology

The Different Types of Mini Projectors

by Stanley April 6, 2022
written by Stanley

There are many different types of mini projectors on the market. You’ll find some that are around the size of an energy drink can and others that are about the size of a thick Moleskine notebook. A few even have a carrying handle. Whether you need a portable mini projector for a small meeting room or a big convention center, it will be the right choice. This article will provide information about the different types of mini-projectors and how to choose the best one for your needs.

One of the most important aspects of a good mini projector is the resolution. Some are more detailed than others. For example, a mini-projector that offers 1920 by 1080 resolution is better for watching movies, whereas one with a lower resolution won’t be as detailed. However, a smaller screen means a smaller display. Ultimately, a larger screen means better quality. For these reasons, you’ll want a higher resolution, as this will give you crisper pictures.

Another great thing about a mini-projector is their portability. These little devices can be easily carried from room to room and are perfect for outdoor viewing. Most of these devices have an HDMI port, which means you can connect them to your TV via your laptop, making it even easier to take them with you. A mini-projector is usually small enough to fit in a pocket or bag and can be powered by batteries. This is a great feature for someone who needs to show a video for a business meeting, or even for someone who wants to watch a movie with friends.

A mini-projector can be very versatile. You can use it in a variety of situations, such as outdoors. You can watch a movie outdoors, show a favorite movie, or listen to a carefully selected playlist. With a small device that is about the size of a Bluetooth speaker, you’ll have a great movie-watching experience anywhere you go. With a mini-projector, you’ll be able to view whatever you want on a large screen, no matter how small it is.

A mini-projector is an excellent option if you’re on a budget. It’s lightweight, and it can be placed just about anywhere. Its size isn’t a factor, but it is important to consider the space it will be in. Moreover, a mini-projector must be strong enough to support its own weight, otherwise you won’t be able to use it anywhere. And, it must be able to fit in the space.

A mini-projector is ideal for home use. You can watch your favorite movie at home using this portable device. Alternatively, you can play a carefully curated playlist. If you’re planning on showing a film to an audience, a mini-projector is the perfect solution. It also helps you enjoy music and other multimedia content on a big screen. In addition to being an easy-to-use device, a mini-projector also provides you with the opportunity to share it with friends and family.

Apart from the ability to watch movies, mini-projectors are also useful for viewing content on mobile devices. If you’re planning to have a movie night at home, a mini-projector can help you recreate the magic of the movie theater. If you don’t live near a movie theater, you can also use a portable projector in your backyard. And if you’re a movie buff, you can use a mini-projector in your home for watching films.

Whether you plan to use a mini-projector for personal use or for a corporate event, you can enjoy a movie or show a carefully curated playlist using one. It’s also a great option for home cinema or business meetings, where you can share the experience with others. A mini-projector can be a great way to entertain guests, share pictures with family and friends, or even watch your favorite movie at your next party.

April 6, 2022 0 comment
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Electronic product

A Look in the New Huawei MateView Monitor

by Stanley December 15, 2021
written by Stanley

Monitors have been through a long journey of evolution, incredible in every aspect. From being a bulky display used only to present users with information, they have made their way creative design and features through immense innovation. One such example is the Huawei MateView Monitor.

Despite being in clashes with the United States and other western countries, Huawei is stepping up its game at an incredible pace. The company has moved ahead from just manufacturing phones, tablets, and laptops to producing a series of other devices, including the Huawei Smart watch and 4k monitor.

Now, let’s look at the numerous features Huawei MateView has to offer.

Features of Huawei MateView Monitor

The new Huawei MateView brings forward an ideology of the creators to mark their success in almost all tech products. Being a standalone monitor, the MateView offers an optimum experience and provides a smooth wireless connection to all your other smart devices.

Following are the features of Huawei MateView Monitor:

28.2-inch Display

The Huawei MateView features a 28.2-inch LCD with top-end color accuracy due to the 4k resolution and 98% DCI-P3 screen color. The 3:2 aspect ratio gives users a more vertical view of the documents and web pages.

Other than that, the HDR output and 50 nits brightness level, along with other specifications mentioned above, make this product an excellent choice for people who work with graphics and videos.

Wireless Connectivity

The great thing about the Huawei MateView Monitor is that it features wireless connectivity, which can be considered a selling point. However, you need to have a Huawei device for the technology to work. This was made possible very recently as earlier you needed to own a Huawei device that exclusively operated on Harmony OS.

Innovative Design

The Huawei MateView features a unique and striking design with a high-quality appearance. It uses aluminum to create ultra-thin bezels. This helps in reducing visual distraction and creates an almost borderless view.

Built-In Features

Another factor that makes the Huawei MateView a worth buying monitor is the two built-in speakers. With an impressive soundstage, it supports a volume up to 78dB. The frequency response and timbre can be adjusted via the algorithmic adjustment module.

The monitor also incorporates around 5,920 holes that enhance the sound quality. They also serve to be effective air channels to cool the monitor effectively. Other than that, the Huawei MateView Monitor includes a dual microphone capable of picking up sound from even far away distances.

USB-C Connection

Huawei has solved all the problems regarding the tangling of numerous cables by incorporating a USB-C port in the monitor’s design. You can now charge, transfer data, and plug monitor inputs, all through a single port. It also supports reverse charging.

Smart Bar

Deviating from the traditional control buttons or a small joystick, Huawei designed a touch Smart Bar, the first-ever touch OSD design for a monitor. Hidden underneath the screen, you can now perform all the monitor functions by simple tapping. Modifying monitor functions has never been so easy before!

December 15, 2021 0 comment
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Manufacturing

5 Different Forms of CNC Machining Finishes

by Stanley November 6, 2021
written by Stanley

The CNC machining process involves stripping an object off its material to create a specific part. The development of machining parts involves cutting using sharp tools and equipment depending on the application. The manufacturing process is fast, and the resultant parts are high-quality, accurate, and efficient. However, most parts are not ready to go until finishing is done. Some in the early stages of production are good to go, but finishing the surfaces is always good. In this article, we delve into the types of CNC machining finishes.

Types of CNC machining finishes

CNC machining finishing options come in different forms. They are used to enhance the surface appearance of parts and also better their performance. They make the parts smooth, sturdy, and corrosion-resistant. Choosing the right finish can be challenging, but we mention and discuss their use below for easier recognition.

1. Anodization

Anodization is known to thicken the outer oxidized layer of a metal product. The layer minimizes the effects of corrosion on metal and protects it from wear and tear. In addition, this type of finish enhances heat dissipation and makes part coloring easier. There are two types of anodization finishes; Type II and Type III. They are suitable for aluminum metals and are used to create parts like aircraft parts, automotive parts, medical components, architectural features, and consumer electronics.

2. Powder coating

This surface finish option involves the spraying of paint in powder form on CNC machined parts. The part is left to dry and later placed in an oven to bake. This procedure hardens the part making it highly durable. It also becomes wear and corrosion-resistant and is easy to color. Powder coating finishing is used on most metal materials to form components like bicycle parts, house appliances, architectural components, and automotive parts.

3. Coloring

Coloring is classified as a type of finish, but it’s made possible by applying powder coating and anodization finishes. Coloring the already finished parts makes it aesthetically pleasing to consumers. The finishing is suitable for use on most plastic and metal components. It is mainly used for consumer products and to demonstrate prototypes before the actual product is developed.

4. Bead blasting

The process involves forcing glass beads onto a part surface at high pressure to make its surface smooth. It is an effective method used to change the surface nature of a CNC machined part. Bead blasting finish is ideal for both mechanical and functional parts, but it is loved for the aesthetically pleasing look it leaves on products. It creates a matte finish that depicts luxury. It is used on various metal and plastic components such as automotive parts, household components, and signage.

5. As machined

This is where the machined parts are left as they are. All finishing options are great; however, some parts look good with their original appearance. Parts with this finish are more affordable, but their surface is not as smooth as the finished kind. It is used on fasteners, prototypes, and functional parts.

Bottom line

CNC machining is a very versatile machining process. The machined products can safely go through the finishing process to better their appearance, performance, and corrosion resistance. The multiple finishes provide you with a wide range of options to choose from. Select the best finish based on the materials of the machined parts or the look you want.

November 6, 2021 0 comment
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Molding

Facts About Injection Molding That You Should Know

by Stanley September 15, 2021
written by Stanley

One of the commonly used methods of manufacturing has got to be injection molding. While there are other processes in the market like CNC machine processing, prototype injection molding continues to be one of the leading processes in production. If you have no idea whether this is the best option for you, take your time and read through this article. You will get to see why injection molding is preferred and how it could benefit your business.

What is injection molding?

Simply put, injection molding manufacturing allows you to create parts by injecting liquid-like raw material into a mold. The liquids used are mostly polymers, although there are situations where glass and metal are used. The process begins by heating pellets into a liquid, and then the liquid gets forced into the mold design. Once the liquid solidifies, remover pins are used to get it out of the molds.

Uses of ejection molding

Even though injection molding is used in most manufacturing plants. Many people do not know about this and might get confused about whether it is the right manufacturing process for their products. Here are some of the areas where products of injection molding are used:

  • Wire spools
  • Automotive parts
  • Toys
  • Bottle caps
  • Some musical instruments.

With all the uses listed, it is no surprise that injection molding has gained popularity over the past years.

Benefits of using injection molding

There are various perks of using injection molding that make it a favorite for many people. Knowing about it will help you make the right choice when it comes to choosing molding parts.

1. It is fully automated

One of the biggest perks of injection molding is, it is fully automated. It allows for one to produce more pieces in a day that look the same. One does not have to worry about their pieces looking different when they use injection molding.

2. Designs intricate parts

Another reason injection molding is a great process is that it can be used to create intricate parts as long as the mold has been correctly designed. You can get some interesting patterns on your products. It comes in handy, especially when one wants their products being made to be branded.

3. It produces things en masse

If you want products to be produced on a large scale, injection molding is the best option. You get to make almost 1000 pieces per hour which can be great if you are looking for a mass production method.

4. Has little waste

Since injection molding is an additive process, you get to reduce the losses you make with every piece. Compared with CNC machining, which chips away at the material, there is every little loss with this process. You can be sure that you will use up as little material as possible to get the product you need. It makes the entire process bring in more profits than any other process.

Conclusion

Injection molding is one of the embraced methods of production around the world. Knowing about this will help you appreciate it more and make a conscious decision on your manufacturing process.

September 15, 2021 0 comment
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Manufacturing

A Guide on How to Design a PCB Layout

by Stanley July 23, 2021
written by Stanley

A PCB layout designing is critical because the wiring quality influences the performance of the system. The layout developed must be efficient, reliable, cost-effective, and still perform as required. Unlike the past years, the modern PCB boards are compact, complex, and lightweight; hence so much work is put into knowing the correct layout design. Several aspects must be considered for the PCB layout to develop a design that’s fit for the real world. We expound on the steps for designing a PCB layout below.

Steps for Designing a PCB Layout

PCB layout design has a significant role in the entire development process. Below are the six steps contained in the design process.

1. Determining the Concept

The process begins with the concept, but after knowing why you need a PCB. The concept involves identifying what the PCB is supposed to do, its qualities, and how it will be connected with other devices and circuits.

Still, in this first stage, the electrical engineer determines its placement on the end product and approximates its size and dimensions. PCBs are used in many applications in different environments with varying temperatures. Consider the maximum range of temperature the PCB can reach and the settings it can be used in and still function correctly.

2. Schematic Drawing

This step draws its idea from the concept phase. The circuit diagram is drawn to a smaller scale and consists of the names, ratings, and values of all the components connected to it. Any additional information related to how the electrical components operate is also included. Since all device names are now known, the material bill is developed in the process, and you can tell approximately how much money is needed to facilitate the design process. The documents are constantly updated in case any changes come up.

3. Board-Level Block Diagram

It is a drawing to show the final size of the PCB, with the exact measurements to be used by the electronic engineer. Divide the board into sections and put a mark where each block will be placed. In addition, Designate the components into sections based on their connectivity and similarity for short and more straightforward tracing.

4. Placing of Components

The fourth step is to determine the positioning of each component in the board. Component placement may not occur immediately because the chances of refining may be high until the designer gets a perfect position.

5. Routing

Routing is closely related to the placement step. Wires are added to the board to connect all components and form a complete circuit. In the process, all Integrated Circuit design rules are followed for proper functioning.

6. Testing

Product testing is the final step of the PCB layout design process. It determines how viable a product is and if it qualifies for use or needs to be worked on again. Conduct several tests to see if it meets all your requirements. If not, recommend the necessary adjustments required for it to operate as desired.

Conclusion

Proper PCB layout design prevents electrical problems like interference and promotes good signals. You should follow the step-by-step guide as it is for excellent results and ease of identifying any errors.

July 23, 2021 0 comment
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Manufacturing

All you should know about Vacuum Casting

by Stanley July 1, 2021
written by Stanley

While creating CNC parts using CNC milling, vacuum casting can be used to make rubber and plastic components. This is done through the use of silicone molds. Just like injection molding, vacuum casting is quite adaptable and can serve in the production of cast nylon, polyurethane resins, and other complex parts.

Stick to this piece to see answers regarding some of your commonly asked questions regarding vacuum casting.

1. What is Vacuum Casting?

Vacuum casting refers to a process used for casting for elastomers. These elastomers often use a vacuum that draws materials made out of the liquid into molds. The process is typically used whenever there’s an air entrapment problem. Several undercuts and details are intricate. An example of this can be seen when the material wire or fiber gets reinforced.

2. What Keeps The Mold in Place During Vacuum Casting?

The master model becomes enclosed into a rubber mold that has two-part silicones. This mold gets cured under very high temperatures, which ensures that these two parts remain glued together. They are used to strengthen the entire mold and used to make it durable.

3. Why Do People Make Use Of Vacuum Casting?

Vacuum Cast Parts are known to be of high quality. The cast resin copies of mastered patterns show a high level of fidelity to the original patterns. This means that resin cast prototypes perform and will most likely look exactly like the plastic injection molded parts used for production.

4. What is Vacuum Forming?

Vacuum forming refers to a type of manufacturing method which is used to shape materials made of plastic. All through the vacuum forming process, plastic sheets get heated and are pulled using single molds through suction methods.

5. What Amount Of Vacuum Is Needed to Cast Resin?

The amount of containers that hold resins needs to have more than enough headspace to take about three times the actual resin volume. The vacuum gets pulled about twenty-nine inches to mercury.

6. What is the Molding Compression Process?

The molding compression process is seen as a molding process where the material used for feeding is placed into a heated open mold cavity. The mold is closed using a compressed top plugged in large hydraulic presses to contact all mold areas.

7. What is Pressure Die Casting?

Pressure Die-casting is a method that is used to massively produce metallic, low-temperature components using a high degree of repeatability and precision. It is not like gravity dies casting, the process is automated, and the alloy or liquid metal gets injected using very high force into a steel tool. The steel stool is mostly hard, strong, and durable for production.

8. What is Low-Pressure Casting?

Low-pressure casting refers to a production technique that uses pressure instead of gravity that fills molds using metal in molten form. These metals include magnesium and aluminum. Using this process, the furnace which is used for holding is located below the cast. The liquid metal is forced above using a tube that rises straight into the cavity.

Final Thoughts

And there it is! These are some answers to your questions. If you’ve always been confused about vacuum casting and all there is to it, then you should probably start here!

July 1, 2021 0 comment
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Manufacturing

Is There a Difference Between FDM and FFF?

by Stanley June 24, 2021
written by Stanley

The confusion between Fused deposition modeling (FDM) and Fused Filament Fabrication has been on for a while now.

People keep wondering if they are the same. Some say they are, but others disagree and say they are different. The only way to find the answer is to look at the details.

In matters like this, it is always best to go back in time to see where each of these organizations started, to know how they have progressed over the years, their similarities, and their differences.

Putting the working principle of both processes before all is a good way to determine the differences and similarities. It will also compare the quality of their products.

Fused Deposition Modeling (FDM)

The FDM belongs to Stratasys, Ltd. Stratasys patented this technology in 1989. The well-known FDM machine a nozzle assembly, a table or built-platform, and a material filament.

when the filament enters the extruder, the extruder heats it with temperatures reaching 320 degrees Celsius. until it melts.

The filament then comes out through the nozzle and is carefully and selectively layered on the build platform.

The whole process of heating and melting and layering through a nozzle is isolated from the ambient environment.

The 3D printing process is built to maintain the temperature of the thermoplastic material that is used to print out 3D designs.

The temperature maintenance is done in order not to cause any structural damage that can result from sudden cooling damage to the design.

Fused Filament Fabrication (FFF)

When the FDM patent expired in 2009, a group came up to start manufacturing their version of 3D printers that FDM previously had.

This group called their equipment the Fused Filament Fabrication.

The purpose of the group that came up with FFF was to enable complex products to be manufactured without any industrial infrastructure set up.

They wanted people to be able to create complex components without big manufacturing bodies getting involved and using their industrial machinery to further it.

The FFF made a few changes in the design of their machine. The FDM used the process of heating the whole print chamber. The FFF did away with that part of the machine to save cost.

This meant that in the FFF, the filament goes through a hot extruder, then through an ambient environment, and then to a cold table.

The sequence of a hot to cold to hot pattern caused residual stresses in the model that was printed.

Conclusion

Back to the question. Are FDM and FFF the same technology? Well, yes. But that does not mean that they are the same thing.

They are both very similar but maintain some differences. Even though the FFF and FDM have the same architectural processes, the major difference is the output quality.

There is an obvious difference in the quality of their products. This is a result of the heating sequence in the different printers.

The FDMs heating sequence is a hot-hot-hot medium while the heating sequence of FFF is a hot-cold-hot medium.

June 24, 2021 0 comment
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Manufacturing

Why you should definitely use the Hydraulic Press

by Stanley June 15, 2021
written by Stanley

If your intention is to combine metals or plastics, then your best bet will be using a hydraulic press. Just admit it. It is one of the most useful machines in the manufacturing industry.

If you are an advanced user of this machine, this is common knowledge. You might also be used to the tabletop hydraulic press. However, if you are a rookie, you might be wondering what is so special about the hydraulic press.

This article will discuss some of the main benefits you will definitely get from using this machine.

Top Benefits of the Hydraulic Press

1. Flexibility

The first thing that is going to scream amazing with this machine is its flexibility. With the hydraulic press, you can pretty much do everything. The machine allows you to use up and down acting to carry several modes of operation. The multi-action is also available with the hydraulic press.

This means that users get a variety of options to choose from. That is incredible in its own right.

2. Low maintenance

For some people, it’s not about the price of buying these machines, it’s what it takes to actually maintain the machines.

When it comes to a hydraulic press, this isn’t a problem. Hydraulic presses are pretty easy to maintain. This combined with the efficiency of this makes it a very appealing option for companies.

You get similar results if you also use mechanical and eccentric presses. However hydraulic press just edges the competition.

3. Longer lifespan

One of the major problems is usually the tooling of the press. This is because of the amount of stress that tooling has to face. However, with hydraulic press machines, things are a bit different.

It comes with a relief valve. This valve is usually present in the circuit of the press machine.

It relieves some of the stress and pressure that the hydraulic press has to endure. That makes everything so much more bearable.

4. Size

One of the benefits that are often overlooked is the size of hydraulic press machines. They are way smaller when compared to other forms of machines.

For example, a mechanical press is said to occupy twice the amount of floor space that a hydraulic press machine occupies.

This means that with these machines, you get to save a ton of space. That space can be utilized for something much more important.

It’s definitely a win for you.

So how can you get Hydraulic Press Machines?

So, are you ready to make the leap and buy your first machine? If you are, then you will be much better off getting it directly from the manufacturer.

It’s just an easier process. Plus, the machines will be way cheaper than when you get them from a third machine.

It’s definitely worth considering.

Bottom Line

So there you have it! Hydraulic press machines are crucial for the growth of a manufacturing company.

Thus, if you are ready to make the leap, doing some research will definitely get you on the right track.

It’s a decision that you definitely won’t regret.

June 15, 2021 0 comment
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Prototype

Available Technologies for Rapid Prototyping

by Stanley June 10, 2021
written by Stanley

3D prototyping or rapid prototyping is a process of product manufacturing that involves the fast manufacturing of a physical prototype. The prototype is altered in every step to make it better until one that production worthy is developed. Rapid prototyping is time and cost-effective, thanks to the introduction of digital technologies. Different materials with varying properties are used based on several factors, such as what a client wants. In this article, we discuss the rapid prototyping technologies available for use in various applications.

Rapid Prototyping Techniques

There are several 3D prototyping techniques available, but we will expound on the three main ones below.

1. 3D Printing

It is an additive manufacturing process whereby materials are added in layers until the desired shape or form is achieved. The most common application for this technique is rapid prototyping which provides flexibility in terms of materials and speed used to create the prototypes. 3D is known for producing objects at a low cost; however, it’s not ideal for the mass production of items. 3D printing is divided into three depending on the accuracy level, i.e., fused deposition modeling (FDM), Stereolithography(SLA), and Selective laser sintering (SLS).

FDM printing process is the most common and is ideal for use at home or first-run prototypes. Stereolithography is suitable for prototypes with a higher resolution, and SLS is suitable for industrial prototypes since its more specialized than the rest. Examples of applications that use 3D printing include engineering, jewelry design, and architecture.

2. CNC Milling

It is a subtractive technology used in rapid prototyping to develop objects. It involves a cutting tool that cuts on different materials ranging from glass, metal, plastics, and wood. It is a versatile process since it allows all types of cuts on materials, and 3D models can be created from the software and later exported into a format compatible with CNC.

The materials are then placed on the work table, and the mill works on it with reference to the 3D digital model. CNC milling uses cutting tools to make parts into a single item or develops a prototype with several parts and serve the same purpose. This prototyping process is suitable for industries and applications such as medicine, aerospace, aviation, and automotive.

3. Laser Cutting and Engraving

The process applies subtractive manufacturing to produce objects. A laser beam helps to cut precise parts with varying thicknesses with high speed. The parts are usually made from different materials like wood, acrylic, and metal sheets which are later added to details using laser engraving to make the prototype complete. The process can also accommodate hard materials like aluminum, carbon steel, and stainless steel, and some manufacturing industries offer this service to clients. The possibility of using different materials makes laser cutting suitable for use in industries like aerospace, automotive, and the military.

Final Words

Rapid prototyping involves many techniques applicable in multiple industries. Any concept design can be developed into a physical prototype using the correct process and materials.

June 10, 2021 0 comment
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Molding

The Process Of Creating A Sand Casting Mold

by Stanley June 1, 2021
written by Stanley

Sand casting is the oldest casting technique in the market, as it can be traced back to as early as 1000 B.C. This method led to the birth of other casting techniques like metal casting. In sand casting, sand is used to create the mold where the molten metal is poured. Despite the development of several other casting techniques, sand casting remains to be the most widely used and the most versatile method in existence. The process of sand casting starts with the design then the creation of the sand casting mold. This post will focus on the creation of sand casting molds.

How to create a sand casting mold

Creating the mold is one of the most critical steps of the sand casting process. For the sand casting mold to be made, you need to begin by making the foundry pattern known as the design. Once the pattern is completed, you can start creating the mold.

You will need refractory material for the process. The refractory material needs to be stable at high temperatures. It must also be strong enough to handle the weight of the molten material during the part formation. It must also be brittle enough to be broken away from the solidified metal or material after cooling the cast. The material, which in this case is sand, is formed around the pattern. In sand casting, varieties of sand can be used. In most cases, the sand used is combined with other materials like a bonding agent. Doing this helps strengthen the sand so that it can withstand the pouring process without getting displaced.

The sand casting mold is usually made in two pieces. The top piece is known as the cope, while the bottom or second piece is the drag. This allows for the separation and removal of the pattern. In some instances, the mold can include cores. This is essential in areas where the final product features internal passageways.

Creating the sand casting mold is as easy as firmly packing sand into each pattern. The firmness is meant to prevent any loose sand. This can be done by hand or machine. After the sand filled into the pattern, the patterns are removed. Doing this leaves the exterior contours in the sand. These are the parts where channels and connections known as gates or runners are created. These parts are essential for accuracy in the sand casting process. They allow the metal to enter all corners of the mold.

After the sand casting mold is created, a refractory coating can be added to it. Doing this helps create a better surface finish. It also protects the mold from the turbulence caused by the molten metal when it is being poured. The two halves are placed together before the molten metal is poured into the sand casting mold. Doing this creates a cavity in the shape of the desired final part.

Final word

It is worth mentioning that the mold can also be created via the machining of the desired shaped cavity directly onto the sand. This is a popular technique because it allows you to manage and implement changes to the design effortlessly.

June 1, 2021 0 comment
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