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The Various Industries that use PETG Filament for 3D Printing

3D printing has revolutionized the way things are made today. Industries are now extensively using the 3D printing technology for making various parts. The 3D technology is faster, efficient and cost-effective compared to the conventional methods. It is now possible to create complex and beautiful designs in less time with reduced wastage.

All the 3D printing needs are possible thanks to the filaments. 3D printer filaments are responsible for creating deigns for various purposes. There are many types of 3D printer filament and one of them is the PETG. The PETG filament is known for its strength, durability and ability to create various designs. It is no surprise the that PETG is now extensively used for various industrial purposes. Not just that, PETG is used for craft, creative projects and much more.

The rising use of 3D printing technology in industries is not a surprise anymore. With 3D printer filaments like PETG, it is now possible to create complex design with easy. In this article, you will get to know about all the various industrial application of PETG filament.

What is PETG Filament

PETG filament is one of the most popular materials for 3D printing. It is best suited to creating high-quality and durable mechanical parts. Essentially, PETG is a form of plastic that is used for printing 3D objects where the G stands for “glycol-modified”. During the materials composition, the“glycol-modified”is added during the polymerization.

Printing with PETG filament results in high-quality 3D objects in clear form. It is less brittle and much better than most of its counterparts. The molecular structure of the PETG is irregular with clear resin and a glass transition temperature of 85 degrees Celsius.

PETG is the most versatile form of plastic. It is widely used for making things like water bottles and they are even found in the fiber of the clothes. It is also flexible enough to be used with other materials to create different products. The PETG can be combined with the glass fiber for creating resins for engineering application.

What Makes PETG the Best 3D Printing Filament

The PETG filament has many properties that makes it one of the best materials for industrial applications. It offers many benefits and had advantages over other types of 3D printing filaments.

Here are some of the features that make PETG the best materials for 3D printing:

  • High Durability making it a perfect choice for making food containers and medical products
  • It also has high impact resistance, which makes the products break resistance and durable.
  • PETG is perfect for making products that can withstand mechanical stress easily.
  • It has low Material costs making it a highly affordable option for printing 3D objects
  • High strength, resistance and flexibility makes it a good option for creating industrial products.
  • It has good resistance to heat, chemicals, fatigue resistance, water resistance and temperature
  • It has the Glass transition temperature of 85 ‎°C, Nozzle temperature   210 - 250 ‎°C and Heated bed80 - 100 ‎°C
  • The PETG can be recycled even after the objects have been printed.

Why It is Best for Industrial Application

PETG is one of the best materials used for various industrial purposes. It is versatile, durable and cost-effective option. Some of the qualities that make it better than other filaments are flexibility, strength and temperature. It also has high impact resistance, which is an essential requirement for industrial application.

PETG filament is just perfect for creating objects like mechanical parts, 3D printer parts and others. One of the best things about the PETG is that it comes in various colors, which makes 3D printing easy and effortless. You can easily buy PETG filament online in various colors. Also, the 3D parts printed using the PETG filament has a glossy finish, which makes it an ideal choice for industrial application.

Industries That Used PETG

As you have already guessed the PETG is perfect for industrial application. 3D objects can be created using the PETG filament for various industrial applications. In the recent years, the use of 3D printing for creating objects has increased and for good reasons. Various industries are now using the PETG filament for printing high-quality and durable parts.

Here are some of the industries that use PETG:

  • Food and Beverage

PETG is one of the most used materials in the food and beverage industry. Food packaging boxes and containers can be made using the PETG materials. Such containers can be printed using the 3D printers with the help of PETG filament. The resulting object will be durable, strong and resistance to impact. But the thingthat make PETG ideal for the food and beverage industry is the hygiene level it offers. The materials can be easily sterilized.

Since the PETG filament is very strong and has high impact resistance, the parts made from it protects the food and beverage from damages. Today, industries are now relying on the 3D printing technology for printing high-quality objects and the food and beverage industries are no different.

  • Retail Industry

Another industry that is extensively using the 3D technology is the retail industry. The PETG filament is used for creating products like the display stands. Display stands come in various sizes. Using the 3D technology and the PETG filament, various display stands can be created. Stands are also made for displaying jewelry.

The display stands made from PETG plastic is durable, strong and impact resistance. Also, they come in various attractive colors, which means display stands can be customized to make the display even more effective. Small businesses can benefit from using PETG filaments as they are not only strong, but cost-effective too.

  • Medical Industry

The medical industry is one of the largest industries that uses 3D printing technology and the PETG filament. As you know PETG is durable and long-lasting, which makes it a perfect option for printing parts, tools, medical equipment and prosthesis. Medical equipment also needs to be sterilized to make it suitable for use. PETG parts can be sterilized so that it can be used for various purposes.

PETG in medical industry is commonly used for thermoforming applications.It provides design freedom and since the material is clear in appearance, it makes easy to see the products inside the packaging. PETG is widely used in medical industry to create products like thermoformed trays, blister packaging, clamshell packaging, mounting, lids, mounting cards, folding cartons and much more. It is perfect for packaging medial devices.

  • Making Prototypes

The PETG filament is used in various industries for making prototypes. When it comes to product testing prototypes, the PETG filament is the best choice. 3D printing has made it easier to create prototypes. It takes less time and effort to create high-quality prototype designs. Unlike the traditional method, the 3D printing can be done within hours or a couple of days.

The Bottom-line

PETG filament is ideal for various industrial applications. It is easy to use, durable and high-quality makes it one of the best options for 3D printing parts for various industrial use. It offers benefits and has advantage over other materials.

If you are looking for high-quality, and affordable PETG filament, look no further than MakeShaper. We have a wide range of PETG filament in various colors to suit your printing needs. Call us now - 1-330-753-0100.

Industrial Applications Best Suited for ABS 3D Printer Filament

3D printing has made industries more efficient, especially the manufacturing industries. The new technology has reduced the downtime, cost and raised the quality of productions. What was just a niche technology in the 1980s, it is now a mainstream thing. And, the one thing that has made 3D printing a success are the filaments. 3D printer filaments make printing so easy and accurate. While there are many 3D printing filaments available, the ABS 3D printer filament is considered one of the best filaments for industrial applications. 

The ABS 3D printer filament offers various features and has characteristics that make it ideal for industrial applications. In this post, you will learn about ABS filament, why they are used for industrial use, and what applications are best suited for them. 

Find out more:

What are ABS Filaments 

ABS or the Acrylonitrile Butadiene Styrene is a thermoplastic. It is created by merging styrene polymers, acrylonitrile, and polybutadiene rubber. Unlike regular plastic, ABS plastic is more durable and resilient. It is ideal for various industrial applications that require resistance to high impact. This is one of the reasons why ABS 3D printer filament is gaining popularity for industrial and engineering projects. 

Read: Making a Paradigm Shift with 3D Printing Technology

What Makes ABS Ideal for Various Industrial Applications?

The ABS filament has many mechanical properties, which makes it a perfect choice for industrial applications. It is ideal for plastic products manufacturing for various industrial applications. From making prototypes to essential parts, the ABS plastic is a reliable option for creating various industrial products quickly and easily. Unlike the traditional method of production, 3D printing is quicker & efficient for industries. It saves time & effort while providing excellent results. 

Here are some of the best features of the ABS 3D printer filament that make it such an excellent choice:

  • ABS liquefies at a temperature of 221oF, which makes it easier to machine it. The ABS filament is widely used for fabrication, molding, 3D printing parts, accessories, and more. 
  • Industries that need manufacturing of complex parts, or designs, can rely on the ABS filament. It is very tough, and has a high resistance to chemicals, making it a perfect choice for creating high-quality industrial parts.
  • ABS plastic is perfect for creating prototypes for various industrial applications as it has great dimensional stability. Additionally, it can be easily painted or glued without any hassle. 
  • The ABS plastics can withstand elements like atmospheric humidity and fluctuating temperatures and can stay stable throughout. This feature makes it an ideal choice for industrial applications where such environments are a huge part of manufacturing. 
  • One of the best things about ABS is that it can easily be recycled making it a cost-effective, environmentally friendly & efficient option for various industrial applications. It can be heated and cooled multiple times without losing its functionality. 
  • ABS plastic is also very safe and human-friendly as it does not have harmful elements like the carcinogens. The absence of such harmful effects makes it ideal for industrial applications. 

What is the Industrial Applications Best Suited for ABS 3D Printer Filament?

ABS 3D printer filament is used for making a wide range of industrial products. It has many features that make it an ideal choice. 3D printing has revolutionized industrial productions. Thanks to filaments like ABS, industries can now produce high-quality parts quickly and easily. 

Here are some examples of industrial applications where the ABS 3D printer filament is best suited for:

  • Automotive Industry

The automotive industry is constantly looking for things that will make vehicles even more efficient. The ABS plastic is easy to use & lightweight, which helps in reducing the weight of the vehicle by 10%. ABS plastic is lighter than any other type of plastics. This reduction in weight makes the vehicle even more fuel-efficient. It can be used for 3D printing various body parts easily. For example, the ABS plastic is ideal for making wheel covers and dashboards. It is lightweight for sure but is it is also very strong making it a perfect choice for the automotive industry. It’s combined features of strength, resistance to low-temperature resistance, & tough surface ensure that parts are long-lasting and don’t scratch easily. 

  • Pipes & Fittings 

ABS is very useful for making pipes & fittings too. ABS is perfect for making pipes & fittings as its durable, has a low-temperature melting point, is lightweight, and highly reliable than other types of plastics or metals. It will also not rot or degrade over some time. Plus, it’s easier to install and maintain. If you want to create a prototype of pipes and fittings, then the ABS filament is a great choice. 

  • 3D Printing Parts 

ABS 3D printer filament is widely used for various product creation. Printing high-quality & durable parts is easier when you have materials like ABS. Most of the professional 3D printers use the ABS filament as it has a low-temperature melting point. It means parts can be stored in warmer conditions. Unlike other filaments, parts printed using the ABS filament don’t melt away when the temperature is high. ABS is stronger and less prone to breaking as compared to other filaments. 

  • Creating Machine Prototypes 

The ABS plastic is perfect for creating machine prototypes. Machine industries are always creating new products & developing a prototype is a huge part of the process. One of the reasons why ABS is used for prototyping is that it can be easily molded. It not only gives a clean finish but it is also easy to work with paint or glue. Compared to other types of plastics, the ABS filament is much more reliable and user-friendly. Since it is also very cost-effective, industries use the ABS filaments for creating various prototypes. 

  • Vacuum Construction

When it comes to industrial use, ABS plastic is ideal for creating vacuums and vacuum parts. ABS filaments come in various colors & sizes to suit your unique needs. ABS plastic is durable and tough, which makes it an ideal choice for making vacuum parts. It can also withstand heavy use, which is one of the reasons why they are well suited for industrial applications. Its strength coupled with its resistance to temperature and elements make it a cost-effective choice. 

  • Keyboard Keys

ABS 3D printer filament is durable, strong, and lightweight, which why they are also preferred material for making keyboard keys. They are user-friendly for use. Keyboard keys made from ABS offer excellent double-shot molding. Most of the other plastics materials can shrink during the molding, but not ABS. It has low shrinkage ability and doesn’t lose its property that easily. You can also print legends on the ABS keys using the pad-printing process or laser etched process. The legends can also be laser engraved. 

The Bottom-line

ABS 3D printer filament is one of the best materials for industrial applications. Its durable, strong, and cost-effective, which makes it an excellent choice for creating parts, and prototypes. It is used in various industries as a base material for making parts and for 3D printing those parts. 

MakeShaper has a wide range of 3D printing filaments including ABS 3D printer filament, PVA filament, PLA filament, HIPS filament, & much more. We have a wide range of filaments are high-quality, durable, and are perfect for various industrial uses. You can call us at (330) 753-0100 or email us at makeshaper@villageplastics.com for more information.

Making a Paradigm Shift with 3D Printing Technology | Blog

The 3D printing technology is making waves all across the globe with new uses discovered every other day. To make the point clear, firms have been trying to print out a complete railway vehicle using the technology.

That’s insane! Isn’t it?

The advancements in 3D printed filaments and easy availability of the same has triggered a new generation to explore the world of 3D printing. However, not everything is simple as it sounds.

Choosing the Right 3D printing process

Have you heard of additive manufacturing? It is an actual term that refers to multiple manufacturing processes. With 3D printing, the choices are endless and hence could not be ignored at all cost.

However, with the right material and the process, nothing but the great could be achieved. This can be game changing. But if missed the details, it could retaliate and ruin your projects completely.

Here are a few tips to help you achieve the maximum benefits from the process.

Read: Jigs and Fixtures with 3D Printer Filaments: The Modern Evolution

Selecting the right 3D printing material

The very natural step that comes with the 3D printing is the selection of the right material.

Are we building some gardening equipment carved in plastic or is it a automobile instrument made of plastic? The options are endless and hence should be selected carefully.

One way to start your journey to the 3D printing world is the learning about the different kinds of material. Our blog is a great resource for the same. On the other hand, make sure about the limitations of the material.

A realistic approach is expected while building a piece out of it. Make sure you have the right knowledge and a crystal clear idea about what works and what does not to aid your process.

The physical properties like melting point and other factors should not be ignored at all. This will ensure that the limitations of the material and the final product is well understood.

Selection of printing process based on properties

Every 3D printed filament has its unique set of properties, with these mechanical properties differing at each point.

The right set of questions that you need to answer are..

  • What kind of part I need to build?
  • Is it made up of plastic or should I go for metal parts?
  • Is it ductile and malleable enough?
  • Is it transparent enough?

.. and so on.

Once you have the perfect idea about the entire structure, the rest is smooth sailing.

Do I need a Flexible Material?

When it comes to flexible materials, there are quite a few number of materials that support this. Two major technologies to get the flexible parts are Selective Laser Sintering and HP multi jet fusion.

  • The Multijet Fusion PA 12 can be transformed in to both rigid as well as flexible parts. The entire process depends upon the thickness of the print whereas a wall with 0.6 mm thickness could give you a flexible item.
  • On the other end of the spectrum, PEBA is a rubber like material that can be used to craft flexible plastic parts that are great both for the prototypes and the final products as well. Other characteristics of the material include impact resistance, fatigue resistance and energy return. These factors make the filament perfect for most work.

Do I need a heat resistance material?

A great deal of undertakings can require some warmth safe parts, and it's very a viewpoint you need to consider while picking your material. In the event that metal 3D printing is by all accounts the best choice, some plastic parts made through SLS 3D printing have great protection from high temperatures. 

MultiJet Fusion PA12 can oppose presentation to a scope of 700 °C to 800 °C, however this obstruction is relying upon the measurements and thickness of the part. Concerning combustibility properties, the Multijet Fusion PA 12 material's combustibility degree is acquired and affirmed by UL is HB at a 0.75 mm thickness. 

Metals are clearly the safest materials with regards to warm, yet how about we see what the safest ones are. 

  • Titanium, 3D printed utilizing Direct Metal Laser Sintering, is a material with high mechanical properties. Titanium isn't just sturdy and impervious to oxidation. In fact, this material has a truly elevated softening point: 1660° C or 3260° F. These safe properties make it a broadly utilized material for Aeronautics or Aerospace applications. 
  • Tempered Steel is likewise generally utilized in added substance producing. This metal additionally has a high dissolving point: 1400 °C. This material is utilized in assembling enterprises offering extraordinary open doors in the making of metal parts impervious to warmth and scraped spot. 

Do you have to print with the least expensive material? 

Who said that added substance fabricating was a costly procedure? For certain means of your improvement procedure it shouldn't cost you a great deal for a decent outcome, for example, verification of idea or prototyping stages using modern day 3D printing filaments.

MultiJet Fusion PA12 is really the least expensive choice you will discover on Sculpteo's online 3D printing administration. This material, in its dark crude variant, will be ideal for any prototyping procedure, permitting a cost-proficient outcome 

  • Utilizing different advancements, for example, Fused Deposition Modeling systems (or FDM), you will likewise approach modest fiber materials. 
  • ABS (Acrylonitrile Butadiene Styrene), a material piece of the thermoplastic polymers family. This material is extremely mainstream for people with a work area 3D printer since it is anything but difficult to utilize, simple to work, with low costs. Nonetheless, the parts printed with this innovation won't be as exact and specialized as parts printed with mechanical SLS 3D printers. 

Do you have to 3D print extremely exact parts? 

What level of detail would you like to accomplish with your 3D prints? You won't really need a similar exactness for models than for completed items. Factors, for example, the precision, the assemble size, and the layer stature are significant while deciding for the 3D printing process. As a sign, here is a normal of layer thicknesses feasible with these famous 3D printing innovation. 

  • FDM: 200 μm 
  • SLS: 100 – 120µm 
  • DMLS: 30 µm 
  • Polyjet: 28µm 

Do you need a straightforward part? 

Straightforward 3D printed parts can thoroughly be made utilizing added substance producing. There are really various materials and procedures to arrive at this incredible outcome. 

  • VeroClear is a gum 3D printed utilizing Polyjet innovation. The last item made with this pitch has a smooth surface which can be cleaned further to make close to full straightforwardness for the unmistakable tar! 
  • PETG, or Polyethylene terephthalate glycol, is conceivably the most clear 3D printing fiber accessible for FDM 3D printers. The distinction between utilizing this material and a Veroclear gum will be the exactness! Polyjet can make profoundly definite parts that FDM may always be unable to reach.

Choosing the right 3D printed filament can be tricky at the very least. Every filament has its unique taste and bend to the rules as per the needs. However, having a thorough knowledge about the right materials can help you build some of the finest elements that one has ever seen.

Confused about the right filament? Let the experts guide you! Get 3D printed filaments from the industry experts and build awesome crafts. Don’t believe us? Visit MakeShaper now and explore the world of 3D printing.

7 Great Reasons Why 3D Printing Is Perfect for Prototyping

3D printing has become a huge of part of the industries like manufacturing, business, dentistry, medical, and more. It has become a practical choice for small businesses especially for creating prototypes. Thanks to the 3D printer filaments, companies can now create product prototypes in less time. For instance, the PLA filament 1.75 mm is perfect for creating model or design for a product. You can easily print a prototype within a day. 3D printing has truly revolutionized the way prototypes and even products are created today.

Read: Printing with the PLA filament 1.75 mm: A Complete Guide for You

What started as a niche business in the 1980s has now become mainstream as the prices of 3D printers have dropped. Not just that, the technology is advancing and the 3D printers are becoming more sophisticated with each passing day. Not to mention the important role the various 3D printing filaments play in bringing the ideas into solid objects.

If you are a business, 3D printing is perfect for prototyping for various reasons, such as:

  • Fast Printing of the Prototypes

Businesses need prototypes for testing products or services before its launched in full scale. When businesses do not have the manufacturing resources, they have to outsource it to an external team. This can take a lot of time. It can take days, or weeks and the gap between the order and delivery is always long. Now, with 3D printer, businesses can easily print the prototypes without any delay. They don’t have to outsource the process or wait for anything. As for the raw materials, the filaments are easily available for printing the prototypes. The PLA filament 1.75 mm is one of the best 3D printing filaments for creating product prototypes. It is tough, long-lasting and provides a great finish.

  • Easy Process

One of the best things about the 3D printing technology is that it is an easy process. The smooth workflow makes it an ideal choice for prototyping. The 3D printers can be operated with a software. Designs are created using CAD (Computer Aided Designs) and the CAD files can easily be uploaded into the printer software. The printer will read the file and then create the accurate designs as you wanted. The process is seamless and time-efficient. Unlike the traditional way of production, 3D printing is more efficient and cost-effective. You don’t have to wait for days or weeks for the prototype. You can easily print in one day using a CAD program, 3D printer and a PLA filament 1.75 mm. With the new technology of 3D printing, businesses can save a lot of time and money in making prototypes for their projects.

  • It is a Cost-saving Option

The traditional method of prototyping is costlier. The task first needs to be outsourced to an external team. In addition to that the cost of materials and making cost can increase overall cost. But, with the 3D printing technology, the cost can be reduced considerably. The 3D printing filaments can be used to print any prototype model easily. The 3D printing technology uses the filaments to melt it and then create the model layer by layer. The cost of 3D printer, software and the filament are low as compared to other methods. You can choose from a wide range of filaments and choose the one that is more cost-effective than the others like the PLA filament 1.75 mm.

  • Various Filament Choices

3D printing technology uses filaments for printing parts and prototypes. You have so many choices when it comes to choosing the filaments for 3D printing needs. Filaments for 3D printing are made from a wide range of materials like plastic, resin, wood, metal and more. Some of the best 3D printer filaments are ASA, ABS, PVA, PLA, PETG and more. Depending on what you want to achieve you can choose from the list of popular 3D printing filaments. Some filaments are better suited for industrial products as they have excellent mechanical properties. For instance, the PLA filament 1.77 mm is ideal for making prototypes or models. Likewise, you can choose the filament that best suits the requirements of prototyping. Each filament come with their own advantages and disadvantages.

  • Easy Changes

One of the key advantages of 3D printing is that you can make easy changes to the design without any hassle. The CAD designs can be changed and fed to the printer easily. You can actually make as many changes you want before finalizing one. The process is fast and cost-effective. The traditional method of prototyping is not flexible. Making changes in the design will require to start the process all over again. With 3D designs, you can visualize the actual design in 3D form.

The 3D designs are the realistic representation of the design. You can analyze and make correction in the design without any effort. You don’t have to wait for days to see the correct design. You can easily print as many prototypes you want without incurring a huge cost. This is one of the best things about the 3D printing. It allows the freedom to experiment without the added cost. Businesses can easily create prototypes of experiments and testing.

  • Print Complex geometrics Easily

3D printing technology has made it easy for the companies to print complex designs without any hassle. Earlier, creating complex products design was difficult with the machines or by hand. There are endless possibilities when it comes to printing prototypes. You can create all sorts of designs, shapes and parts using the various printing filaments. Some shapes were difficult to print earlier like shallows, cavities and holes. Thanks to the ever-advancing technology, you can now print any type of complex designs with filaments. You can use the PLA filament 1.75 mm for making a structure with hallows or cavities with support filaments like ALS. This way the printed object does not buckle down after printing. The support materials can be removed easily as they are water soluble. All you need to do is soak the printed object in water.

  • Less Wastage

With the 3D printing technology, you can easily print objects without wastage. When it comes to traditional manufacturing method, the cost is really high and so is the wastage. With the 3D technology, you can easily reduce the amount of waste with efficient use of the filaments. The various 3D printers like the FDM printers use the filaments efficiently. It uses the filament to create objects exactly the way you want it. The filament remaining can be reused again. In some cases, the printed objects can be repurposing as a filament. This helps in reducing the waste considerably. For businesses looking for a cost-effective solution, the 3D printing technology can help you stay efficient in more ways than one.

The Bottom-line

The 3D printing technology is one of the best ways for creating prototypes. Businesses can use the technology to create amazing prototypes while saving time, money and effort. You can achieve high-quality results in less time. Using the filaments like PLA filament 1.75 mm you can create high-quality prototypes for product testing and experiments.

MakeShaper 3D Printing Filament

MakeShaper has a wide range of 3D printing filaments like PETG filament, ABS filament, PVA filament, PLA filament, HIPS filament, & much more. Our filaments are high-quality, durable and provides easy printing options. We provide a cost-effective solution for 3D printing filaments. You can call us at (330) 753-0100 or email us at makeshaper@villageplastics.com for more information.