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How to Keep Your 3D Printer Filament Safe?

3D printing filaments are very important for printing parts you want to create. Which is why, keeping them safe should be your first priority. Without the 3D printer filament, your 3D printed cannot work. It needs proper filaments to create the parts or pieces. And, if the filaments are damaged in some way or have lost their quality, it will affect the end results.

Storing, and maintaining 3D filaments is very important for various reasons. Keeping them safe from elements will make them last longer and help you print high-quality 3D prints.

What are 3D Printer Filaments?

3D printer filaments are thermoplastic that is used for printing 3D parts. They come in different thickness and colors. Usually, you will find filaments in two diameters - 1.75 mm and 2.85 mm.

 The filaments are created by making the thermoplastic go through the process of heating, extruding and then cooling to create filament that you see as a finished product. The original filaments are clear or transparent in color. Pigments are added to it later to make them in different colors. The diameter of the filament is result of the process of heating, force and speed applied during the extruding process.

You can buy 3D printing filaments in various colors to create parts for purposes like projects, creative pieces, jewelry and more.

Why your 3D Printer Filaments need Protection?

Even though the filaments are plastics, it can still absorb the moisture present in the air. 3D printing filaments are hygroscopic, which means they are prone to attract moisture. Which is why you need to keep them safe from water and moisture from the air. Not just that, exposure to heat can also damage its structural integrity making it less than efficient for 3D printing needs.

Here are some of the reasons why you need to protect your 3D printer filaments:

  • Brittleness – exposure to moisture can result in increase in the brittleness of the filament and make them unsuitable for the printing job
  • Degradation – Filaments can degrade if they are left out in the open, exposed to elements. You won’t be able to use it again.
  •  Filament bubbling – This can happen when there is moisture presence in the filaments. It can cause bubbling while printing and will make your prints look bad.
  • Steam coming out the hot-end – If moisture is present in the filaments, steam will come out at the hot-end. This is not good for 3D printing.
  • More heat is needed for extrusion – If your 3D printing filament is damaged by moisture exposure, more heat will be required to during the extrusion and the end results will not be as good.
  • Broken filament – Improper filament storage can lead to broken filaments which will eventually affect the quality of the prints.

These are some of the things that can happen when you don’t store your filaments well.

How to Store the filaments to Keep Them Safe

Storing your 3D filaments, the right way can help you make them last longer. You can keep them safe from all sorts of dangers like moisture, heat (when its not needed), mildew and other things. There are some simple but effective ways to keep your 3D printer filaments safe, here they are:

  • Use Vacuum Bags

They are not Ziploc bags. Vacuum bags are designed to keep moisture away by keeping the air away. Vacuum-sealed bags are one of the best places to keep the filaments. They are used for keeping clothes to save space as they suck out the air from the bags. This works wonderfully for the 3D printing filaments. You can easily keep them safe in vacuum-sealed bags and take them out when you need them.

  • Airtight Containers

Have airtight containers lying around your house? Use them to store your 3D printer filaments. It will keep the air out from the container and protect the filaments from the moisture damage. It is important that you use high-quality storage containers to store your filaments safely so that they can last for a long time.

  • Use Silica Gel

Silica gel pads will absorb the moisture from the surrounding and protect your filaments from damage. You can put the gel pads inside the containers and make sure to replace them so that the filaments can last for a long time. This is probably the easiest and the most affordable way to protect your filaments from moisture damage.

The Bottom-line

3D printing filaments must be stored properly to make them last for a long time. Moisture and heat can make them unsuitable for printing, which is why you need to store them somewhere safe like in airtight containers and vacuum-sealed bags.

Makeshaper.com is your one-stop destination for buying high-quality and affordable 3D printing filaments online. We have a huge collection of 3D printing filaments in different diameters and colors to meet your 3D printing needs. Email us at makeshaper@villageplastics.com or give us a call at (330) 753-0100

Is your 3D Filaments Wet? Here is how you can Dry Them

All 3D printing filaments are hygroscopic, which means they will absorb moisture. Which means it can ruin your 3D prints. Which is you should always protect them from moisture present in the air. And, never let accidents happen where it falls in water. In short, keep them away safely somewhere moisture cannot find them.

But not everything goes as per the plants. If you left your 3D printer filament lying around accidently and it has absorbed moisture, you can still use it. Buying cheap 3D printer filament is of no use if you cannot use them due to the moisture damage. Luckily, there are some great ways you can bring back the efficiency and ability of the filament back.

What is Moisture Damage?

Even though the filaments are made of thermoplastic, they are hygroscopic and will absorb moisture from the surrounding. Once the filaments absorb the moisture, they will become less efficient and unsuitable for use.

Moisture in the filament can cause of issues, such as:

  • Reduced strength and durability
  • Difficulty printing the parts
  • Cracking of the filament while printing
  • Bubbling and oozing of the filaments at the hot-end

Moisture can make 3D filaments unsuitable for printing 3D parts. Uneven extrusion will make the end product look uneven and less than perfect.

Can you Use the Filament that is wet now?

Yes, you can. If your filaments are wet, which means it has absorbed moisture, you can dry them to use them again. There are various methods you can use to make the filaments dry again. Make sure that your filaments haven’t suffered the damage for too long as it will be difficult to make them work again.

At the same time, make sure that you quickly dry the filaments as soon as they get wet from moisture content to preserve its quality.

Read more: 6 Absolutely Fun 3D Printing Ideas for Beginners

How to Dry the Wet 3D Printing Filaments?

There are many different ways you can use to dry the 3D printer filaments and it will not cost you much. But make sure that you always buy the best quality filaments in the first place.

Here are some of the best ways to dry your 3D printing filaments:

  • Use Filament Dryer

Yes, such device does exist that allows you to dry your filaments. Moisture damage of filament is not a new thing. Sometimes, you can do all the right things, yet you can end up with a wet filament. Which is why things like filament dryers exists. It can help you keep the filaments dry in no time.

There are many types of filament dryers but they more or less work the same way. what you have to do is put your filament spool inside the dryer and set the timer as per the use and let it do its job. When you take the filaments out, you will have dry and efficient filament, ready for printing.

  • Use the Oven

This is probably the cheapest way to dry the filaments. Everyone has an oven at home or you can borrow from someone. It’s easy and less time taking. All you have to do is put the spool inside the oven and set the temperature less than its melting point. In 4 to 6 hours, your filaments will be dry and ready for printing.

Make sure to pre-heat the oven before placing the filaments inside it. Also, make sure that the oven is capable of staying in the set temperature to avoid risking the melting of the filaments. Check the manual and see if it can hold the temperature for that long. The last thing you need is your filament spools melting or getting stuck together.

Also Read: 3D Printing and Medical Sector: How have things changed in the healthcare front?

  • Use Food Dehydrators

Food dehydrators are one of the best ways to make your filaments dry and efficient. They are designed to work at lower temperature, which means they are safer than the ovens. They are a low-cost solution for drying the filaments. You can easily find them online. They come in layers, which is helpful if you want to use multiple filaments at the same time. You can use filaments like PLA and ABS for drying them in food dehydrator.

But nothing beats proper storage of the filaments. Make sure you are storing them in airtight containers and vacuum-sealed bags. They are designed to prevent moisture from entering then container. This will keep your filaments safe and secure from the moisture damage.

The Bottom-line

These are some of the best ways to dry filaments so that they can be used once again. These methods are easy, effective and budget-friendly. Proper storage is the key here, so make sure that you properly store the filaments so that they can last for a long time.

Makeshaper.com offers high-quality cheap 3D printer filament online at the most amazing prices online. We have a wide range of 3D printing filaments, such as PETG filament, ABS filament, PVA filament, PLA filament, HIPS filament and more. Email us at makeshaper@villageplastics.com or give us a call at (330) 753-0100

What are The Benefits of Using PLA Containers?

Thanks to the 3D printing technology, people can now print all sorts of things with ease. Companies can print products, parts, and accessories in few hours as opposed to few weeks or months with traditional method. Whether its industrial manufacturing or personal use, 3D printing has made creation easy and effortless.

The one thing that make 3D printing possible is the filament. 3D printer filament is the material that is used for printing objects layer by layer. There are many types of 3D printing filaments and each type has its own unique features and benefits. PLA 3D printer filament is one of the most efficient filaments you can use for printing a wide range of things.

There are various uses of PLA filament and storage containers are one of them. They are widely used for printing or making transparent storage containers for various uses. They are also used for printing transparent cups and objects.

What is PLA?

PLA is known as the polylactide acid or polylactic acid in German. It is a biodegradable polyester and has lactic acid components in it. Which is why it is used for printing 3D objects like toys as they are very safe. This is the advantage it has over other types of materials. It is an easy to use filament with safety benefits.

The PLA plastic is usually made from natural ingredients like the corn sugar or dextrose ad they both come from plants with starch. You can easily guess that they are biodegradable and completely safe for use.

PLA is also used for printing containers for storing things like food items. They are considered to be very safe. If you want to print similar things like small containers for your various projects, PLA is one of the best options for 3D printing needs.

You can use PLA containers for fridge storage. They are of high-quality, but they are not heat friendly, which means they will get damaged with heat exposure. They are ideal for storage needs as long as they don’t have to bear heat.

Benefits of using PLA Containers

There are many benefits of using the PLA containers. They are one of the best types of 3D printing filaments. You can easily use it to print a wide range of things. You can print containers using the PLA filament.

Here are some of the benefits of using the PLA printed containers:

  1. Biodegradable

PLA is made from natural things like plant starch which makes it biodegradable. Biodegradable means they are compostable and can be broken down into its natural components. They can biodegrade under a month or less. When you compare the biodegradability of other plastics, PLA is much faster. Other types of plastic may need more time, some may even need a year to completely breakdown. This is one of the reasons why the PLA 3D printer filament is one of the best filaments for making storage containers.

  • High-quality

PLA containers are high in quality, which is why they are used for making transport containers too. They can withstand heavy use unless it involved heat. It is important to remember that PLA objects are ideal for non-heat usage. The containers you will be printing using the PLA filament will last for a long time. You can easily print container of any size from small to large sizes. You can rest assured that the quality of the containers will be high.

The PLA filament is used for commercial manufacturing too as it is considered on of the best materials. They are used for printing medical objects like organ models and equipment. It is more environmentally friendly than any other material and will last for a long time.

Click to know more: Is 3D printing the future of the automobile industry? Here’s how!

  • Reusability

PLA is a forgiving 3D printing filament. If you made a mistake, you can easily recycle the used material for printing other objects. It can be broken down into its base material easily and then it can be used for printing other objects. As far as the 3D printing goes, the PLA objects can be reused.

Imagine how much money and material you can save with PLA. This is one of the reasons why PLA is considered as one of the best materials for beginners. You can easily use it for your DIY projects. If you want to print storage boxes with PLA, you can do it easily. You can easily create storage boxes for jewelry, cosmetics, food, stationary and many more objects. You can easily customize the printing to suit you needs.

Things to Keep in Mind

There is no doubt that PLA is one of the best 3D printing materials, but it does have some limitations. It has low temperature resistance, and is not durable, which means you cannot use it for storing food items for long. High temperature can make the PLA object deform quickly. In fact, the PLA object may even deform during the summer season.

When you are printing with PLA 3D printer filament, you have to choose objects that are doesn’t require heat resistance or long-term use.

The Bottomline

The PLA 3D printer filament is one of the best materials for printing a wide range of objects including storage containers. They are used for making containers for commercial use too. PLA is easy to use, and is of high-quality. Using the containers made from PLA comes with a lot of advantages. This will also give you an idea of what objects you can print with PLA filament.  

Makeshaper.com is your one-stop destination for buying the best quality PLA filament online. We have a huge collection of PLA filaments in different sizes and colors. You can use our PLA filament for printing a wide range of objects for your DIY projects. We offer 3D printing filaments at the most affordable prices you will find online. Browse our collection to choose the best 3D filament for your use.

Email us at makeshaper@villageplastics.com, or you can call us at 1-330-753-0100 for more information.

Why ASA Filament is Best for Outdoor Applications

3D printing is now widely used for printing various industrial parts, consumer goods, spare parts, and similar products. The new technology has made things easier for manufacturers to create high-quality & durable parts in less time. Ditching the traditional method, industries are now using 3D printing technology to print parts they need.

3D printing filaments make this possible. Using these materials, various parts can be created layer by layer printing using the various 3D printers. These 3D prints are suitable for both indoor and outdoor applications. But not all filaments can be used for printing outdoor parts.

One of the best 3D printing filaments are the ASA filament or the Acrylic Styrene Acrylonitrile filament. It has the toughness of ABS filament with more advanced features that make it an ideal choice for outdoor application. If you are looking for printing heavy-duty outdoor parts, ASA filament is one of the best options.

In this post, you will learn about ASA and why it is the best material for outdoor parts.

What is ASA 3D Printing Filament?

ASA or Acrylic Styrene Acrylonitrile is a durable plastic that is used for 3D printing. It has very similar properties to the ABS plastic with added benefits. It is stronger, more durable and is UV Resistant than ABS, which is why it is considered as one of the best materials for outdoor application.

Here are the advantages of using ASA for printing outdoor parts:

  • High UV resistance

One of the things that make ASA superior is its high resistance to UV rays. Outdoor parts need to be in the sun for a long time. UV rays can be harmful for the parts, and can lead to discoloring. ASA is highly resistant to UV rays and can withstand its effects for a long time. Parts made out of ABS filament has the advantages of a strong UV resistance. This is one of the things that make it an ideal choice for outdoor application.

  • High Chemical Resistance

ASA filament is also highly resistant to chemicals. They can withstand various types of chemicals, such as saturated hydrocarbons, vegetable or animal oils lubricating oils, weak acid and alkalis, and water. If ASA parts are used in an environment where they will be exposed to chemicals, they can easily withstand it. This is one of the reasons why ASA is perfect for outdoor application.

  • High Water resistant

Like high resistance to UV rays, and chemicals, ASA is also highly resistant to water. Parts printed with ASA can withstand water exposure for a long time without any damage. Parts or products that need to be kept outside for a long time can benefit from ASA material.

  • High impact resistance

ASA filament has high resistance to impact too, which is why they are considered perfect for outdoor application. High impact resistance can protect the parts from getting damage in case they fall off or collide with something. This ensures that the parts are protected from all types of damages.

  • Tough and Durable

ASA filament is tough and durable and can last for a long time. Parts printed with ASA are designed to last for a long time. Outdoor parts need to be printed with filament that can withstand a wide range of elements and need to be tough and durable in nature. Along with that, ASA parts also some with good finish and Anti-static properties. You can use them for decorative parts or for covering HVAC systems or car.

These amazing features make ASA the perfect candidate for printing high-quality and durable parts.

Also Read: What Makes PLA the Most Popular 3D Printer Filament for Beginners?

What are the Applications of ASA Filament?

ASA filament is now widely used for printing high-quality and durable parts for industries and companies offering consumer goods. Due to its high resistance to chemicals, water, and UV rays, ASA is considered as one of the best options. Here are some of the ASA outdoor applications:

  • Industrial Covers

Industrial outdoor parts, equipment and machines need protection from various elements, such as sun, UV rays, water, and chemicals. Covers are used for protecting them. ASA is used for printing covers for industrial equipment and machines as they can easily withstand various outdoor elements. Such covers can save machine from damage and keep it well-protected.

  • Protective guards

Protective guards are used in industrial and commercial areas to protect the facility, machines, equipment and employees working. These guards protect people from coming in contact with the parts or machines as they are dangerous. ASA filament is used for printing high-quality, durable and highly resistant protective guards.

  • Outdoor Signage

ASA is used for printing outdoor signage as they can withstand UV rays, water and chemicals. Outdoor signs can last for a long time as they are printed using ASA filament, which is high resistance to UV rays and chemicals too.

  • Sporting Parts

Top brands like Reebok are now using 3D printing for printing their products, such as shoes, soles and sports accessories like helmets and protective parts. Printing these parts need less time and they can last for a long time. ASA is a durable material that can easily withstand impact and exposure to UV rays.

These are some of the best examples to show how reliable ASA is when it comes to printing outdoor parts.

The Bottomline

ASA filament is one of the best options for printing high-quality and durable outdoor parts. They offer a wide range of benefits and have features that make them one of the best options for 3D printing needs. Cost wise, ASA is also one of the best as 3D printing is much faster and doesn’t need dozen raw materials.

Makeshaper.com is your one-stop destination for buying high-quality 3D printing filaments, such as ASA. We have a huge collection of 3D filaments in different colors and sizes to meet your exact needs. Email us at makeshaper@villageplastics.com or you can call us at 1-330-753-0100 for more information.

A Quick Review of the ASA 3D Printing Filament

3D printing is now used for manufacturing products and creating objects of all types. The technology has revolutionized the way things are now created. From commercial production to creative projects, 3D printing has touched almost all types of industries and manufacturing processes. And, the one thing that has made these things possible are the filaments.

There are many types of 3D printing filaments available and each type has its own unique features, benefits and advantages. One such filament is the ASA filament. It is an easy to use, efficient and durable option for printing 3D objects. If you have been meaning to buy 3D filament, consider the ASA filament.

This article will help you decide of the ASA filament is worth your time and money or not.

What is ASA 3D Printer Filament?

ASA stands for Acrylonitrile Styrene Acrylate is one of the most commonly used 3D printing filaments. It is a high-quality thermoplastic and is considered as a more advanced version of ABS. Since it has high UV resistance, it is suitable for outdoor use than the ABS. Besides, ASA also has high chemical resistance and unlike ABS, it can withstand prolonged exposure to the sunlight.

It has advantages over the ABS material as it can last longer under the UV and chemical exposure. If you need something sturdy and durable for your 3D printing needs, the ASA is the best option.

It is Strong, Durable and Long-lasting

Just like its close cousin ABS, the ASA filament is also a little difficult to print. This happens due to it sensitivity towards heat. However, 3D printed objects using ASA materials are more durable and heat resistance. It is strong and very rigid, which makes it a good option for printing outdoor objects. You can rest assured that your ASA objects will not turn yellow when left outside for a long time. The final printed objects are highly resistant to heat and UV exposure. ‘

It Has Greater Chemical Resistance

The ASA filaments have greater chemical resistance than the other type of filaments like the ABS. It can withstand a wide range if chemicals like the saturated hydrocarbons, vegetable or animal oils lubricating oils, weak acid and alkalis, and water. These properties make it one of the best options for 3D printing. You can rely on the quality, durability and cost-effectiveness. If you are looking for a printing filament that can provide a durable result, go for ASA. You will not be disappointed.

It is Easy to Process

ASA can be difficult to print, but the results are great. With little adjustments, you can easily print the parts and objects you want. However, ASA offers easiest post-processing. You can use a wide range of processing techniques on it to make the final object look perfect. Some of the post-processing techniques are sanding, acrylic painting, gluing, milling, drilling, and cutting. You can also get it dissolve in solvents such as acetone for smoothening. This is one of the best things about the ASA. You get the final printed objects that are higher in quality, aesthetic appeal and efficient.

You can Print A wide Range of Objects

ASA allows you to print a wide range of objects. It is used to manufacture spare parts objects and structures that are highly durable. It is important that you know what you can do with ASA filament before you buy it. Depending on what you want to achieve, you can choose the best ASA filaments.

Here are some of the things you can print using the ASA filaments:

  • It is great for printing 3D objects for outdoor application, such as garden equipment automotive parts and electrical parts. If you need filament for printing specifically outdoor objects, ASA is the perfect choice.
  • ASA has great mechanical properties. Which makes it a great option for printing mechanical parts, such as bumper covers, grilles, dashboard holders, side view mirror and more.
  • ASA is great for prototyping as you can print parts and check whether can last under the exposure to heat, UV and chemicals. This is where the ASA has upper hand as opposed to other filaments like the ABS.
  • You can print some excellent quality tooling objects using the ASA. The result will be durable and high-quality. You can easily print tooling objects like the handles, jigs, tool caddies, fixtures and more.
  • ASA is good for printing lightweight ergonomic tools which needs to be sturdy and long-lasting.

These are some of the thing you can print using the ASA filament. Its application is wide ranging and is quite popular with the 3D printing community.

The Bottom line

This is a quick review of the ASA filament to help you choose the right material for 3D printing needs. It comes with many amazing benefits and has advantage over its counterparts like the ABS filament. You can easily use it with the right printer and get the objects printed in 3D form. You can easily use the filament for commercial as well personal printing needs. Make sure that you buy the best quality ASA.

Buy ASA filament Online at Makeshaper Makeshaper.com is your one-stop destination for buying high-quality ASA filaments at most cost-effective prices. We have a huge selection of ASA filaments in different sizes and colors to suit your needs. Email us at makeshaper@villageplastics.com, or you can call us at 1-330-753-0100 for more information.

7 Amazing Ways to optimize the Finish of your 3D Printed Object

There are several ways to improve the finish of your 3D prints and get better prototypes at a faster rate. 3D printing is a form of additive manufacturing that is used by many companies for producing the parts of a product or for prototyping as well. 3D printing by using ASA filament is done with the help of a computer, which lays down one layer after the other of a specific pattern to print your desired product. In 3D printing, mostly plastics or metals are used for obtaining the final model.

In this article, we will include for you 7 excellent tips that are going to help you in printing finer 3D objects with sharper edges (not literally) but with a clearer definition. Our goal is to help you print models that stand out from the rest. Therefore, continue reading to know more.

1-Set the height of the nozzle and level the bed accordingly:

One of the primary ways to improve the quality of 3D prints is by making sure that the bed of printing is well leveled and the distance of the nozzle is accurately set. You can make use of a feeler gauge or a sheet of paper to measure the distance between the bed and the nozzle. Make sure that the nozzle of the printer is clean, especially while working with ASA filament.When the distance between the printing bed and the nozzle is set correctly, there will be minimum resistance in pulling out the gauge or paper.

In case if you are re-inserting the gauge or the paper, they will slide back underneath without any additional force. Make sure to repeat this procedure of inserting and removing the paper or the gauge from between the bed and the nozzle to make sure the distance is appropriate.

2-Measure the temperature of the nozzle:

The quality of your 3D prints will be directly affected by the temperature of the nozzle of your 3D printer. If in case, the temperature of the nozzle is very high, it can leave behind the strings of ASA filament between separate parts of your printed objects. When you are trying to print tall models, with a high temperature of the nozzle, the lower layers will start melting down, ruining the entire print.

Therefore, when you plan on printing taller prints, make sure to add a one-centimeter cubical built on the other side of the building plate. This will help in removing the hotter parts of the nozzle from the print and will offer them some time to cool off. In case you notice any filament strings in between the structures, you can either use ooze or wall shield structure, which is one of the most common features included in slicer programs.

3-Identify the perfect bed temperature:

Controlling the bed or the build plate temperature will help dramatically in enhancing the adhesive properties of printing. As the model begins to print, each layer will start shrinking automatically once the model starts to cool. This is going to give a more refined finish to your 3D prints, specifically when you are working with ASA filament. Therefore, each layer above the build plate starts to contract, and the shrinking layers tend to pull away from the edges of the print out from the bed.

On the other hand, when the temperature of the building plate is not checked, the prints can develop something known as the “elephant feet.” This should be your cue to decrease the temperature of the bed for your next project.

4-Make use of different printing plates:

Different build plates are known to be yielding different textures on the 3D printed objects. Building plate materials such as –PEI, Kapton tape, or glass leave smooth textures on the printing surface, whereas –painter’s tape or glue-on polycarbonate sheets are known for imparting matt finish to the sheets. If you are making use of glue or spray on the surface of the 3D prints, make sure to use enough of the substance to stick the prints, but not in excess, which could further lead to malformation of the 3D objects or might leave behind dents on it.

Also, the excessive usage of spray or glue when combined with ASA filamentprints can cause you difficulty in removing the final objects from the bed. And if you forced more than the structures can resist, you might even damage your 3D prints. Therefore, make sure to conduct a few experiments before you come to a conclusion.

5-Pay attention to the maintenance and adjustment of the printer:

Every 3D printer has the features that make it stand out from the rest, and probably there are different things in every 3D printer, which would require specific attention in order to fetch you extraordinary results. Therefore, to optimize your 3D prints, you need to take small steps that include the lubrication or cleaning of the rails as instructed by the manufacturer. If your 3D printer consists of two-stepper motors for the printing of the Z-axis, ensure that the gantry is located at the same height on either side.

Do not forget to check the time and again for any sort of wobbling noticed in the frame. Although working with the ASA filament is one of the most convenient choices that you can make, your 3D printer should also be in its best condition to impart relevant results.

6-Treat the printing filament with meticulous care:

Many filaments are hydrophilic in nature, and they tend to absorb water from the surrounding atmosphere. The exposed filaments, such as ABS or PLA, flexible, and nylon materials, have a tendency to absorb moisture, which ultimately causes many problems when printing 3D models. However, the benefit of using ASA filamentyou will face no such difficulties. Typically, the damp filaments expand when extrusion takes place as the moisture absorbed forms bubbles or steams out of the printed plastic.

As a result, the filament either crackles or pops and comes out through the nozzle, and when you take a closer look, you will notice that something like smoke is oozing out of the prints. However, this is not even the main problem. You will notice these errors affecting your entire 3D printed model, as the ultimate product is going to have an uneven finish. To avoid this mistake, make sure to store the filaments in plastic bins with decessants.

7-Learn to use a slicer:

Enhancing 3D printing quality is almost impossible if you didn’t make use of slicers. A slicer is a type of software that converts the 3D model into a set of instructions in the form of a G-code, which will ultimately be used to drive the printer. You will find many 3D slicers that are available for free, which you can easily pick up and learn the way it works. Once you do so, you will notice how drastically the prints of your 3D models will have improved.

If your 3D printing by using ASA filament isn’t as neat as you expect it to be, you can look for “hyper” or “fine” quality settings. It will probably slow down the rate of printing, but you can rest assured that the ultimate results which you are going to obtain will be worth the wait. Also, make sure not to jump to a different slicer as soon as you get any bumpy results. In fact, conduct your research with more precision and master the slicer that you had picked in the first place to enhance the quality.

Bottom Line:

When you are beginning your 3D printing project, do not panic or lose hope too soon. Also, don’t expect perfect results in the first few tries. Another tip that you must keep in mind is, do treat every change of ASA filamentas a new filament, specifically when you have left the roll in the open. When you notice any kind of problem with the quality of the prints, do not rush to change everything at once. Instead, take your time and change one thing at a time.

While you are making any changes with the settings of the printer, take notes for future reference. And notice the pattern in which the quality of your 3D prints change. Keep in mind that every print you obtain is an opportunity for you to discover something new about your printer.

Are you looking for a reliable source to purchase ASA filament? Then if you buy from MakeShaper, you won’t be disappointed, and that is a guarantee. We have a plethora of collections of all the highest quality filaments available. If you are looking for getting more pleasing prints of your 3D projects, then make sure to purchase top-notch quality printing filaments from us at a discounted rate.

A Sneak Peek into the History of 3D printing and its Evolution

3D printing is not introduced in recent times! But, we can bet on it that not all of you knew about it, did you? In this article, we are going to talk about the history of 3D printing –its origin since the 1980s to what it is currently. So make yourselves comfortable and take an exciting reading ride with us to know the details about 3D printer filament.

 In reality, Fused Deposition Modeling (FDM) technology gained popularity and impressed the general public in 2009 because it could be well exposed through the media. As a matter of fact, most people still believe that FDM is the one and only additive manufacturing technique that has gained the eyes of the audience recently. But, let us tell you that FDM is not even the first 3D printing technique that was introduced, and the origin of 3D printing began in the 80s.

Here we will give you a quick timeline for 3D printing, starting from the 80s to the current scenario. Let us tell you that the history of 3D printing is quite fascinating. The origin of the first printing machines, the expectations that everyone had, and the several 3D applications used for printing are flourishing in this era. However, let us take a step back and look at how all this began in the first place.

The birth of 3D printing: 1980s

Although the concept of 3D printing was introduced in the 70s, the first experiments on the subject did not start until the early 80s. The first baby steps towards the revolution of printing were taken by Dr. Kodama, who developed a rapid technique for prototyping. He was the one who made the initiative to describe a layer-by-layer procedure for creating and manufacturing the ancestor of Stereo lithography or commonly known as SLA.

An SLA: is a resin that possessed photo-sensitive properties and could be polymerized by using UV rays. However, Dr. Kodama failed to register the patent requirement prior to the deadline. In 1986, a Charles Hull, submitted the first patent for SLA as the technology had intrigued him. The 3D Systems Corporation was a brainchild of Hull, which was founded in the year 1988, which later released its first product to the market under the name of SLA-1, which would then evolve to become 3D printing filaments.

While SLA was commercially introduced into the market, at the University of Texas, SLS (Selective Laser Sintering) technology was sent out for its first patent for 3D printing technology by Carl Deckard. In this method, the powder grains were technically fused by using a laser. And the Scott Crump, who co-founded Stratasys Inc., went ahead and sent out a patent for FDM (Fused Deposition Modeling). As a matter of fact, within ten years of time, the three different models of 3D printing technology were patented, which gave birth to 3D printing.

The emergence of Main 3D printers, CAD tools, and manufacturers: 1990s

Now that we have already discussed the basics, it’s time that we talked about how additive manufacturing evolved. In the 90s, the 3D printer manufacturers emerged, new technologies were taken up and polished to perfection. The 3D modeling tools started to develop as well, which further took additive manufacturing to the next level.

EOS GmbH was discovered that led to the creation of the first EOS “Stereos” technology in Europe for production applications and prototyping of 3D printers. The 3D printed filamentthat we use today has undergone ample transformations to offer us what we have today! EOS Stereos’ industrial quality today is known worldwide under the flagship of SLS technology for metals and plastics.

In the year 1992, after the patent issue of FDM to Stratasys, many 3D printers were developed for an individual as well as professional use. Between 1993 and 1999, the primary roles for the 3D printing sector started emerging with the inculcation of several techniques. Meanwhile, we could witness that CAD tools were taking the path of development, which allowed creating the 3D models.

Media Visibility Gained by 3D printing: 2000s

In 2000, the millennium was introduced to a kidney that was printed by making use of 3D printing technology. However, its transplantation was only done after 13 years of conducting appropriate research. The kidneys that were printed through 3D printing are now functioning correctly, and the researchers have further accelerated the experiment to enhance the opportunity of transplanting organs quickly and efficiently.

2004 was marked as the year in which the initiation of the RepRap Project took place that consisted of the self-replicating 3D printers. This might come across as a surprise, but with the use of 3D printing filaments,we can even print a 3D printer. This open-source of the project gave rise to the spreading of FDM 3D printers and desktops, and the technology gained ample popularity in the maker’s community.

While in 2005, Zcorp introduced Spectrum Z510 to the market; in 2008, 3D printing achieved even greater heights by printing a prosthetic limb for the first time. This fantastic medical 3D printing project could then be incorporated in the production of all biological parts of a limb. In the present scenario, 3D printing and scanning medical orthosis and prosthesis are becoming a faster and cheaper process and exposing the patients to more significant opportunities to get prosthetic limbs. These 3D printed prostheses are more adapted and optimized with the patient’s morphology. Also, due to additive manufacturing, new opportunities concerned with the mass-customization are being initiated.

The Year of Innovation, Hopes, and Visibility for 3D print: 2010s

In recent years, 3D printing has gained ample importance. With the expiration of the FDM patent, the first years of this decade have proved to be the years in which 3D printing flourished. Additive manufacturing gradually became an affordable and real production and prototyping technique for the world of businesses, which gave way to newer possibilities.

In the year 2013, President Obama talked about 3D printing in his speech for the State Union as one of the significant issues that needed to be addressed in the future. Today 3D printing has been imprinted in the minds of the general public and is being included in the decisions made by the policymakers as well. The technology is rapidly progressing, along with the use of technology. The small, as well as big companies, are taking advantage of this situation by making use of 3D printer filamentfor the creation of astonishing projects.

They include 3D printing in their innovation, production, and iteration process. Did you know that in 2010, a 3D printing car was produced? Yes, you read it correctly! Urbee was the first 3D printing car to be created then. Eventually, 3D printed car is becoming a reality, while additive manufacturing is taking up significant space in the automobile sector. Perhaps, from the evolution of 3D printing technology used for the making of the tooling process to the creation of 3D printed cars, additive manufacturing has proven to be very useful on several levels. It has also helped the challenge takers and technology improvers to try out new projects.

3D printing technology is still progressing and evolving. Also, newer types of 3D printers with additional features are regularly issued; they print faster and can furnish efficient results while giving access to the innovative 3D printed filament. Carbon us further working towards the development of CLIP (DLS), whose ultimate aim is to process more accurate and faster results ever than before.

Bottom Line:

Through this article, we have been able to witness the revolution of 3D printing influencing significant sectors such as –medical, automotive, and architecture. But, there are still several fields in which 3D printing can always evolve. 3D Bioprinting with the use of 3D printing filaments is becoming a significant sensation in the arena of medicine. The limits of 3D printing are still higher, and the niche is transforming in every step. Now that you are aware of the history and evolution of 3D printing, you can work towards contributing to the field in a much better way.

Are you looking for a reliable online source that deals with 3D printer filament? At MakeShaper, we deal with the highest quality of products. We are here to help you out with your queries related to the purchase of 3D printing filaments. You can also take some time to look at the variety of printing filaments that we have to offer you at MakeShaper.

 You can choose from PVA Filament, HIPS Filament, PLA Filament, Elite PLA Filament, ABS Filament, PETG Filament, or more. You can rest assured after shopping from us that the quality of a product is going to be up to the mark. Also, do not forget to use the Promo Code: VILLAGE20 to avail of a 20% discount on your purchase.

Highlighting the Crucial Aspects of the ASA Filament in 3D Printing

We are amidst the fourth industrial revolution, and technology has taken the central role in the on-going chaos. The 3D printing technology is one such bright example and hence could not be ignored at all cost. ABS filament, the darling of the 3D printing technology, has transformed how the products are manufactured in an entirely inexpensive way.

However, the items are limited to a fraction of the exposure only. However, elements like ASA filament have proved to be effective in all climatic and external pressures and hence is loved by enthusiasts all across the globe.

So What Exactly Is ASA?

ASA is the acronym for the chemical compound Acrylonitrile Styrene Acrylate. The substance is used extensively in 3D printing and shares similarity in the molecular structure of ABS – another item used extensively in 3D printing. The material is resistant to weather conditions, and UV radiation compared to ABS and hence is quite popular all across the globe.

The strength of the substance makes it suitable for outdoor applications like garden fixtures (drain pipes, flower boxes, shutters, gutters, and others) to outdoor adventure equipment like boat hulls, shutters and flower boxes. In addition to it, the ASA filament is also wildly used in the automotive industry like bumper covers, grilles, side-view mirror housings, and others.

Understanding the Benefits of Using ASA

When it comes to the ASA filament, there are a ton of factors that come into play. The mechanical properties of the substance make it suitable for outdoor solutions. The filament retains its glossy finish, mechanical properties, and color even after prolonged exposure.

On the other hand, the item displays more significant resistance to environmental stress in comparison to its counterparts and hence is a huge hit all across the globe. To add on top of it, the thermoplastic products are heat and chemical degradation, making it one of the most sought after products among the 3D printing enthusiasts.

Read: 3D Printing: Understanding more about ASA filament applications

Printing Your First Item Out of the ASA Filament

The printing procedure is quite simple and requires quite a simple procedure to follow.

Step 1: Make Sure That Your First Layer Has Been Done Right

The first step in the process involves two significant distinct steps that ensure the first layer is even and without dirt and debris while maintaining the nozzle at an appropriate distance.

Leveling the Bed

The first thing in the process is to ensure that the bed is at the right level. Most printers come up with clear instructions about the same while on the other hand, some of the major companies provide a bed from their end. Using the screws attached, one can adjust the levels for better solutions.

Here are a few things to watch out.

  • Move the print head out of the way of the bed to prevent it from crashing.
  • Make the Z-axis as close to the device possible. The nearer is the nozzle to the Z-axis, the better it is. If there exists some gap between the printer and the nozzle, then it’s perfect. However, if the gap exceeds certain limitations, then an ideal thing is to tighten the screw and tilt it at an angle.
  • Then move the print ahead of the three or four screws and insert a piece of paper between the bed and the nozzle.
  • Loosen the screw until there is quite an amount of resistance between the bed and the nozzle.
  • Repeat the procedure with the rest of the screws to make sure a certain level of accuracy is achieved.

Adjusting the Nozzle Distance

The next step in the process is changing the nozzle distance. Here are some of the tricks to follow.

  • Make sure that your material for the bed is already applied by now.
  • Test and trail the results with a skirt that uniformly covers the entire area of the bed.
  • Observe how the filament has been laid out. Is it uniform and dense? Or is it bubbling up against each other? Try to get a thorough knowledge of a few trails and errors.
  • If nothing works out, try rotating each screw by the same amount to get the most exquisite finish on the skirt. Otherwise, you can manually change the settings of the 3D printer to get the best results.

Step 2: The Printing Bed and the Adhesion

If by now the bed is not attained, the ASA filament may not work in favor of you. The ASA needs the right temperature and splits if the temperatures are not up to the mark. Here are some of the steps to get things right.

  • Print with a brim. Fifteen loops of the rim are sufficient enough to print anything.
  • Try to maintain a high range of temperatures, such as 110C. Most printers do not support that much and hence should be avoided at all costs.
  • If the hairspray for the adhesion does not work out, use the molten ABS juice to brush the bed adhesive to get the best results.
  • One can also opt for Kapton tape along with the hairspray to uniformly spread heat all across the printer.

Step 3: Calibrate the Print Temperature

As a rule of thumb, with the ASA filament, most experts print at 250 degrees Celsius and a bed temperature of 110 degrees Celsius.

  • For better results, adjust the temperature by more or less five degrees at one time.
  • Printing too hot for the filament is not an issue. Rather than writing at low temperatures can ruin the entire experience.

Step 4: Avoiding Wrapping and Splitting

Despite no matter what, all most all the 3D printed material wrap out from the edges and thus, spoils the entire project. The following is achieved with the quick cooling of one layer concerning another. Here are a few tips to get the best results.

  • Build an enclosure for your model to sustain the heat and draft out the cold air.
  • Turn off the cooling fans as it will prevent some parts from drying faster than the others.

Step 5: Changing the Filament

The last element in the process is changing the filament. While the procedure is relatively easy for the ASA filament, other methods can, too, follow the same to get the best results.

  • Heat the filament to the highest temperature and pull out the previous filament smoothly.
  • The nozzle is already filled with the previous elements and hence keep on heating until it is completely drained out.
  • Once the previous filament is completely drained out, insert the other filament until the next color starts to drain.

Step 6: Regularly Maintain and Take Care of the Devices

Once you have learned the ins and outs of the industry, the next step is to regularly maintain and take care of.  For example, if you aren’t able to remove ASA at all and the hot end is at temperature, then chances exist that the nozzle is stuck. Ask the experts for help, and you will get a ton of information from the house of MakeShaper.

Parting Remarks

The world of 3D printing is still in its nascent stage and is expected to boom all across the globe on account of serious developments in technology like the ASA filament. The industry is characterized by a number of factors based on which it is expected to flourish exponentially all across the globe. Have queries regarding the 3D printing industry or want to make a difference for the same? Visit MakeShaper and give your dreams wings!

3D Printing: Understanding more about ASA filament applications

Today 3D printing isn’t simply a trend, but the need for the hour. After years of experimentations and tests, the market is now flowing with different types of 3D printing machines and filaments. One such popular 3D printing option is the ASA filament.

What is an ASA filament?

Also known as Acrylonitrile Styrene Acrylate, the ASA filament is your go-to amorphous variant of thermoplastic terpolymer that shares several similarities to the ABS filament. The structural difference between these two is the fact that the ASA makes use of acrylic elastomer while the ABS makes use of butadiene elastomer.

ASA is popular as the engineering plastic given its property to maintain appearance & impact resistance. Even after the filament is exposed to prolonged periods of rain, air, cold, as well as salty seawater, it retains its make and looks for long.

This is the reason it can be used for the creation of several products that we use and see on a daily basis.

But, before we go into the uses and applications of the ASA filament, let us take a look into the advantages and disadvantages of using it.

ASA: Pros and Cons

Pros:

  • Highly resistant to the UV rays
  • Resistant to impact or wear and tear
  • The high temperature for glass transition

Cons:

  • Exceptional ventilation required to avoid the potentially toxic fumes
  • Extruder temperature very high
  • High price tag

Uses/Applications of ASA Filament

While the ASA filament is near-perfect in all sense, it has just ventured into the application market. With time, the ASA filament will surely see large scale applications. However, this doesn’t mean that the ASA filament isn’t just as popular now.

Its popularity can be known through its wide range of applications. Let us take a look at some of them in brief.

1-Automotive Exterior Parts:

As compared to other materials available in the market for the creation of automotive exterior parts, the ASA is relatively cheaper with a plethora of features. With regards to automotive applications, the ASA filament can be easily used for creating a prototype of parts such as bumper covers, housing for side view mirrors, dashboard holders, or grilles.

2-Tooling:

Printing with the ASA filament results in the production of sturdy yet lightweight parts. So, if you are in need of tools, ASA filament can be used for such 3D printing requirements. With this filament, you can print yourself ergonomic grips/handles, assembly jigs & fixtures, tool caddies, dunnage, and so much more.

3-Outdoor Applications:

Apart from the applications mentioned above, the ASA filament is something that can be used outdoors without any probable issue. Given its resistance to the Sun’s UV rays, it is optimally suited to be used for outdoor needs. If you are someone who wants to build their very own garden from scratch, you can build some cute and exclusively customized flower pots with the ASA filament.

Why just stop there?

You can also print some gnomes to take care of your garden with the ASA filament. Additionally, ASA filament can also be used to create signage. Other items you can print with the ASA filament include roof coverings, junction boxes for electrical installations, toys, pipes or construction profiles, and so many more!

Read: Comparing 3D Printing Filament Features: ABS vs. ASA Filament

ASA Filament Use: Recommendations

For 3D printing enthusiasts that generally use the ABS filament, the use of ASA will be just as easy. With ASA filament, you get access to a piece that is highly resistant to any damage caused by water and sun. For ones with no training or any experience in dealing with the ASA filament, here are some recommendations you can follow:

  • Avoid Drafts:

Just like several other 3D printing materials, the ASA filament is highly sensitive to abrupt temperature changes during the 3D printing process. When printing with the ASA filament, it can be beneficial if you print with a device that has closed printer casing or room that is free of any drafts.

  • Use the Kapton Tape:

In order to improve the adhesion of the object being printed with the device’s printing base, you need to use the BuildTak or Kapton Tape. You can also increase the adhesion further with the use of the DimaFix.

  • Minimize the layer fan:

Once you have achieved the right adhesion, you can focus on printing quality to avoid issues such as overheating or cracking. In order to avoid these issues, it is highly recommended that you use your layer fan with the minimum setting on. Keep in mind that you should decrease the overall power by 10 to 25 percent, depending on the item being printing with the ASA filament.

This allows proper solidification of your print while avoiding the overheated areas. Low layer fan speed ensures that there is no abrupt temperature change that might cause cracking to your printed item.

  • HIPS Support Material:

Given the fact that ASA filament works as a versatile filament, you might have to incorporate it with a sturdy support material such as HIPS. Talking about this support material, it is a D-Limonene used widely in conjunction with the ABS filament.

Given its similarities shared with ABS, it can be incorporated with the use of the simplest and highly-used method for post-processing which is acetone smoothing. In this process, you introduce the piece to a steam bath consisting of acetone. This brightens and softens the item’s surface layer.

You can also opt for machining of the part at low/medium speeds, which can later be glued & painted directly. There is no need for any previous primers.

ASA Filament Caution: Fumes

When printing with the ASA filament, you need to print in a room that comes with high-quality ventilation. The fumes emitted by the ASA filament can be potentially dangerous when inhaled. It emits a smelly & intense smoke that comes from Styrene present in this plastic compound. This fume can cause health issues such as headaches, irritation, and so much more.

When printing with the ASA filament, make sure you wear the right kind of mask to avoid breathing in the smoke. Further, make sure your exhaust comes with a filter or fan for the extraction of these fumes.

Conclusion

The ASA filament might be prone to water absorption. So, if you have plans to print with this filament, make sure you dry it properly before the same can be used for printing purposes. You can use your regular oven to dry out the filament. However, make sure that the oven temperature is set below the ASA filament’s glass transition temperature for perfect drying.

Looking for a top-quality seller for ASA filament? At MakeShaper, we house some of the best and quality-tested filaments ranging from the classic ABS to PETG filament. Our prices are highly affordable and available in a wide range of colors and sizes as per requirement. If you shop today, you can get amazing deals on some of our filaments. So, choose what you need from our high-quality 3D filament inventory today!

The 7 Most Important Things to Know Before Using PVA Filament

Thanks to the advanced technology, people can now create three dimensional objects using 3D printers. It has helped people from various walks of life to create objects that were impossible to create before. From creative projects to selling items online, 3D printing has made things possible for people. It has given unique way to peopleto create unique objects and sell them.

The one thing that makes 3D printing possible is the filament. Filaments are like the raw materials that are used for creating 3D objects. There are many types of 3D printing filaments and one of them is the PVA filament. It is more of a support filament than anything else, nevertheless it is an important component in 3D printing. Using the right filament and in the right way is important for getting the desired results. Using the PVA filament can help you get the right results.

Here are the 7 most important things you need to know before using the PVA filament:

1. What is 3D Printing

If you are new to 3D printing, you probably want to know in technical terms what it is. It is a process of creating 3-dimensional solid objects of a digital design. You can use 3D printing software to create and print high-quality 3D objects using filaments. In the 3D printing process, the filament material is used to lay down several layers after it is melted to create an object. These layers are thin and look like a thinly sliced horizontal cross-section of the resulting object. 3D printing is one of the best ways to create different objects as compared to conventional manufacturing methods. It is much faster and uses less materials. All you need is a good 3D printer and the right filament to go with it. In few easy steps you can create objects for your various needs.

In 3D printing process, the PVA filament is used with other filaments like the PLA as a support material. Some objects need support while printing as they could fall or break off before they dry. Letters like T, or objects that are hanging and have hallow designs need support an the PVA filament is the best option.

2. What is PVA Filament?

PVA the PolyVinyl Alcohol, is a 3D printing filament. It is a soft, biodegradable polymer and water-soluble material. It is also known as the PVAL of PVOH. It is made by the process of polymerization of vinyl acetate to form polyvinyl acetate, which is then hydrolyzed to create the PVA filament.

The PVA material can easily dissolve in water, which makes it the perfect option as a support material. After the object is created it can be put in water where the PVA will dissolve, leaving a clear 3D object in desired design.

PVA filament is very useful for creating complex shapes especially the one with partially enclosed cavities. The PVA filament support can be easily removed by dissolving the object in warm water.

3. Why use PVA Filament

There are many advantages of using the PVA filament. The primary advantage is that is water-soluble, which makes it easy to use and remove. You can use them to make prototype model before making the actual object.

The PVA filament is also biodegradable and sustainable material for 3D printing. It is a non-toxic material without any oil content in it. Unlike other filaments, the PVA filament is one of the most user-friendly material to work with. They are great for creating testing object as you can easily dissolve them and not worry about space for extra objects.

It does not require additional solvent, which saves time and money. And, PVA does not need any additional hardware too. You can say that PVA is a hassle-free material to work with when you want to create 3D objects.

4. When not to use PVA Filament

There is no doubt that the PVA is a great support material and as well as protype 3D printing material. But it cannot be used all the time. It all depends on your 3D printing and storage needs. For instance, the PVA filament is great for prototyping, but they are not great for creating object you want to last for a long time. As soon as it comes in contact with water or moisture, it will dissolve or lose some of its character. If you have storage issues, the PVA filament should no be used as it can dissolve in water, humidity, moisture, and high temperature.

PVA has a low melting point of 190°C and in high temperature of 200 degree centigrade, it will start pyrolysis and form a jam like structure while printing. You should not use it for 3D printing for objects that require high-temperature.

5. 3D Printing Setting using PVA Filament

It is important to use the PVA filament wisely so that you can get the best results. First you need a printer that offers dual extrusion. It is important to have the right 3D printer for using PVA filament 1.75. Never use PVA along unless you want the 3D object for few hours of not for long. Use PLA filament along with the PVA as they both have very similar printing temperature. Choose printing objects that have intricate designs, or parts that have internal cavities.

Temperature setting is the most important part of 3D printing irrespective of what material you use. Likewise, correct temperature setting for the PVA filament is very important as it can dissolve and become a lump in high temperature. Depending on the brand you are using, the temperature setting can change. Some may work at 180 degrees centigrade while some may work in higher temperature.

6. Storage of the PVA Filament

The PVA filament needs carful storing as it is very venerable to moisture and high temperature. Make sure you store them in places where it can remain dry. Store them in airtight containers with silica at room temperature. Proper storage will ensure that the PVA material last for a long time. It is very useful for making objects that are not required to last for long such as laundry detergent tags.

7. Dry PVA Filament

It is important to first dry the PVA filament before using it. PVA filament can easily absorb water and dissolve quickly. It can easily absorb water from the air. You have to be very careful when using the PVA filament. You can keep it dry with the help of the desiccant and use it for storing as well. If you don’t store the PVA filament properly, it will not help in providing high-quality print. Dry the filament well before using it so that you can enjoy the 3D printing results.

The Bottom-Line

The PVA filament is one of the best ways to print 3D objects that have internal cavities or intricate designs. They work best when they are used as support material for printing as they are water-soluble. Its high flexibility and ease of use make the PVA filament one of the best materials for 3D printing.

Makeshaper is your one stop destination for finding high-quality 3D printing filaments. We have a wide range of high-quality 3D printer filaments for various printing purposes We have a wide range of filament options including PLA, ABS, ASA, HIPS, PVA, PETG and more. Our products are made from high-quality materials are designed to provide you the best printing solution. Call or email us at - (330) 753-0100 and Email: makeshaper@villageplastics.com