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Glow in the Dark MH Build Series PLA Filament - 1.75mm (1kg)

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MH Build Series PLA is an affordable PLA filament intended for producing quality 3D-printed parts.

Best-selling PLA at MatterHackers
Available in a wide variety of colors
Bulk pricing available - save more with each spool purchased

Please note: we recommend using an abrasive-resistant nozzle for glow-in-the-dark materials.

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MH Build Series PLA Filament

The #1 Selling PLA Filament at MatterHackers!

MH Build Series PLA is the best-selling PLA at MatterHackers, making it the top choice for anyone looking to create quality parts affordably.

Here are the top features of MH Build Series PLA:

Affordable - priced right for every user
Bulk pricing options - the more you buy, the more you save per spool
Tons of bold, unique colors to choose from - view them all here
Select colors available by the case - view here
MH Build Series is also available in ABS, PETG, and TPU

Tons of Colors to Choose From

MH Build Series PLA comes in a wide variety of colors to meet all your project needs.

See all MH Build PLA color options here
Prototype affordably in product-ready colors
Browse the most popular colors users purchase daily:
- Black, white, red, blue, green, silver, silky blue, and 30+ more colors

Low Prices - Even Lower with Bulk Pricing!

MH Build Series PLA filament is the most affordable material on the market that is still reliable and capable of producing high-quality results.

Lowest prices for quality parts
Bulk pricing available - the more you buy, the more you save per spool
Select colors available by the case - view here

Select Colors Available By The Case

If you are using a lot of filament, purchasing by the case is a great option to save and meet your production needs.

Save money by purchasing bulk filament
Have plenty of filament on hand and ready for use
If you need a custom case, contact [email protected] to discuss your options
View MH Build Series filament cases here.

What is PLA Filament?

PLA (Polylactic Acid) is a thermoplastic polymer made from renewable resources such as corn starch, sugarcane, or other starch-rich crops. It is commonly used as a 3D printing filament for a variety of reasons, including:

It's really easy to use
Low warping
Environmentally friendly - much more biodegradable when compared to other petroleum-based plastics

Technical Specifications

Printer Settings:

Extruder Temperature: 205±15°C
Bed Temperature: Not needed, but 40±15 °C if your printer has heated bed
Learn more about how to succeed with PLA here

Spool/Filament Dimensions:

200mm Total Diameter (approximately)
50mm Inner Hole Diameter (approximately)
65mm Height (approximately)
1 kg spool
True Diameter: 1. 75mm or 2.85mm
Dimensional Accuracy: ±0.05mm
Density: 1.25 g/cm³
Volume: 0.80 L
Length: 332.60 m

Technical Data Sheets:

Download the Technical Data Sheet
Download the Safety Data Sheet

Click here to view all MH Build Series PLA size and color options.

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Indispensable equipment for a modern office - 3D printer STACKER F1

Home » Blog » Indispensable equipment for a modern office - 3D printer STACKER F1

23.07.2022

Introduction

It didn't take long for the world community to truly appreciate the benefits of 3D printing technology. It has become especially relevant with the onset of the spread of the coronavirus pandemic. Quarantine measures and restrictions have caused violations, disruptions in supplies, breaks in established ties. 3D printers have made it possible to locally produce various parts and items necessary for protection: protective screens, masks, swabs, etc.

Practice shows that 3D printing machines are needed in most industries, enterprises, institutions. With their help, visual aids, devices, consumer goods are made. Printers should be installed in educational institutions, medical institutions, the technology allows you to establish a productive business.

Innovative F1 3D printer, its features and benefits

Innovative stacker F1 3D printer has significant differences from analogues on the market. The main advantages are high productivity and guarantees of high-quality results. The device is reliable and ensures safe operation. At the same time, in the category of industrial printers, this model is the most affordable for the consumer. It is equipped with all the accessories necessary for productive work, high-quality printing. The designers have developed a range of innovative F-Series attachments for comfortable working.

1. Safety guarantees

The inventors of the new printer in the development of the model took into account the features of operation. The device is intended for hospitals, schools, colleges, offices, workshops, research laboratories. It can also be used at home. Therefore, ensuring the safety of working with this technique was one of the main criteria for the authors.

Reliable protection against heat runaway . A thermal runaway in 3D printing is a failure in which the automatic termination of the heating of the end does not work. It remains hot until the appliance is turned off. This situation is observed if the firmware is frozen, the settings are not reset, the controller board is out of order, the temperature sensor is broken, it is pushed out of the heating block.

In printers on the market, thermal runaway protection is provided by the built-in software. But this technology is not reliable. In addition, in devices from the budget segment, the software may not be included, although it is available in the firmware. Practice shows that this system does not provide protection in case of breakage of the temperature sensor, malfunction of the controller board.

Protection in F1 . The stacker F1 3D printer is equipped with special electronic circuits that turn off the power. They are stand-alone, not connected to firmware, other software control options. If the firmware is faulty, the transistor is out of order, the security system continues to work, to perform its intended function. The F1 printer has 2 temperature sensors, which provide additional security assurance. The device has 2 autonomous inputs, each with its own circuit. When the temperature rises to 325°C, the power turns off automatically.

Highly sensitive and reliable temperature sensors . The F1 printer has PT100 sensors installed. Platinum is used in their manufacture, which ensures high reliability. The specific design of the end eliminates the displacement of temperature elements during operation. The first advantage of the printer is the presence of two sensors, which increases the degree of security. The second plus is the fastening of these devices at several points. The third positive point is the metal cartridges, in which sensors are placed, which guarantee the reliability of fastening. A specially designed cable management system that feeds the end prevents loosening of temperature devices.

Thermal bimetal break and radiator . A Slice Engineering thermal bimetallic break is installed in the working unit of the printer. Thanks to this device, heat remains in the heater block, does not move to the top of the hot end. This ensures the safety of the work site, improves print quality. The printer also has a heatsink designed specifically for this device. It removes excess heat generated during a thermal break.

Flame retardant hot end retainer and filament drive . The thermal break and heatsink eliminates the risk of heat build-up that could damage printhead components.

Protected and insulated heating unit . The heating unit is protected by a special fuse made of stainless steel. Its function is to reduce strong combustion.

Reliable connectors MOLEX . Most printers have cheap connectors made by dubious manufacturers that copy originals without a license. The F1 uses reliable, proven MOLEX products. These connectors are designed for higher power. If the maximum values are exceeded, they may melt, but do not burn.

Innovative shields Z-configuration . These components eliminate the risk of pinching, wrapping fingers, hair. Each Z-axis lead screw has its own safety lock, which makes it easy to maintain and keep them clean for a long time.

Improved firmware . The F1 printer is equipped with Repetier's advanced modular firmware. It includes the traditional heat escape protection found in other versions. Additionally, it includes a security system that detects failures in the firmware. When they appear, the printer automatically resets to fix the problems.

2. High quality result

The new F1 printer model delivers superior print quality. It was possible to provide the technique with such functionality through several technical solutions. The specialists have eliminated common defects such as z-wobbles, zero intersecting moiré fringes, resonance, thermal banding and other problems that appear in prints. All these shortcomings have been eliminated thanks to competent design, careful selection of components and numerous tests.

Engineering innovations . To begin with, the inventors gave maximum rigidity and strength to the portal system and frame. During assembly, the structure assumes an ideal position and maintains it throughout the entire service life. The next step was to develop a simple yet productive chassis damping system. The use of a polymer with increased elasticity and viscosity made it possible to provide it with impeccable performance. The damping system has excellent damping ability, dampens vibrations, provides vibration protection, and has good memory. Manufacturers of cheap printers are limited to installing rubber feet. But for the innovative F1 model, this solution is not suitable.

Stacker F1 3D Printer is equipped with improved filament drive, improved hot end. The increased power and accuracy of the drive is provided by the special design of the gearbox and drive gears of the glow. The gearbox is not made of polymers, but of stainless steel. Hardened steel is used in the production of gears. Advanced hot end designed to work with carbon fiber, metal. Improved performance, increased efficiency of the working unit gives a thermal break, which has a maximum operating temperature. Therefore, the hot end can work with any type of filament.

Print precision . In 3D printing technology, an important indicator is the accuracy of reproduction of a given model. All manufactured parts must be absolutely identical. In a quality product, the corners should be sharp, there should be no excessive extrusion.

The high-precision printing of the F1 printer comes with an innovative feature. This is pressure balancing at the hot end. If you need to create a part of the part that does not require the use of filament, the speed of the extruder is automatically reduced, pressure is created at the hot end, allowing it to extrude, providing the desired result. The F1 printer does not require the use of various slicer techniques such as wiping, rolling.

3. Stable performance and reliability

High reliability, stable operation of the F1 printer is ensured by qualified design, the use of high-quality components and flawless assembly.

Best technical ideas

Every user of the printer experiences hot end corruption. There are several reasons for this problem. Cause could be a failure in the retraction setting, filament moisture, improper temperature setting, debris in the filament or non-standard diameter, errors in the design of the hot end. You can spoil the working tool by leaving it at maximum temperature after finishing work. The designers of the F1 printer anticipated this problem. The special design will allow easy replacement of the hot end, injectors.

High quality components

The F1 printer has a 600W Artesyn power supply. This is an expensive device, its cost exceeds $ 250. To many, this decision may seem wrong, since for this price you can buy a 3D printer in the budget segment. A $25 power supply can be installed in the device to reduce its cost. But the goal of the F1 was to create a productive, reliable, and secure printer. Only a high-quality, efficient power supply can provide such indicators. Artesyn is equipped with power factor stabilization. This ensures that current flows with optimum performance. The installation of a power supply with this function complies with international standards. In cheap power supplies, there is no such function, there is no guarantee of reliability. Artesyn devices are guaranteed for 2 years.

Another important component of the F1 printer are the Slice Engineering nozzles. They are made from vanadium alloyed high speed steel that has undergone a hardening process. The cost of such a nozzle is over $30, while imported analogues can be bought for $2. It may also seem irrational. But Slice Engineering nozzles have a lifetime warranty, they do not wear out during the entire period of operation. Cheap analogues do not withstand one roll of carbon fiber thread. The designers of the F1 want the customer to change the nozzles only when they need to change the extrusion width, and not because they are worn out.

Universal Printer F1

The new F1 printer in terms of performance and functionality belongs to the category of industrial equipment. But it is a versatile device that can be used in small businesses, schools and colleges, hospitals, laboratories, and at home. A wide range of applications is provided by an increased level of security.

F1 printer equipment

Stacker F1 has a specific equipment that distinguishes it from other printers. Convenience, safety, productivity provide:

Top rail with T-slot for easy mounting of webcam, coil holders, tools, etc.
Slotted V-wheels provide smooth, linear, silent and maintenance-free movement.
The Quard-Gear drive produces powerful, flexible filament.
Specific design for quick, easy nozzle replacement, hot end, providing a maximum temperature of 310°C.
Slice Engineering hardened nozzle designed to work with abrasive threads.
Dual heating blocks for fast warm-up, even heat distribution for quality extrusion.
Electrical redundant automatic shutdown circuits provide reliable protection against thermal runaway at the hot end. This is an additional security system that includes dual temperature sensors.
Print bed with an ultra-flat surface for a perfect fit. It features a die-cast precision aluminum finish, a 300W silicone mat heater, and Level Once levelers.
Convenient carrying handle, LED light.
Customizable logo front plate.
Dual Z screw guard system to keep hair, hands safe.
600W Artesyn LCM 600Q-N industrial grade power supply with pulse smoothing PFC.
32-bit electronics for fast printing, quiet smooth operation, high security.
Free wire regulator box, eliminating the risk of short circuit, reducing complexity, temperature.
Safe and reliable original MOLEX wire connectors designed for maximum loads.
Low noise motor.
High resolution stepper motors with 2x the accuracy of standard printers.
High strength, rigid port and frame for fast, high quality printing.
Flexplate system with Build Tak computer, PEI bed surfaces. A nylon surface is available as an option.
Damping system made of highly elastic, viscous material eliminates table top damage and improves print quality.
Special Repetier firmware balances pressure at the hot end to prevent over extrusion and has advanced scheduling.
Repetier with server software (requires a separate PC, embedded OC Linux or Pi devices) provides excellent conditions for printer control via web-enabled devices. It is possible to add WI-FI with IP.
Simplify 3D licensed slicing software for high slicing precision, extensive printing options, and multiple process function. Having an industry standard allows you to create support structures that open easily.
Compact frame that allows you to install the printer on any table.
Ability to make large prints 285x285x285 mm.
Several options for placing the filament coil, there are mounts for rear and front, top mounting.
F-BOX compatible, can be mounted anywhere.

Printed sheet surfaces

Manufacturers of the F1 printer have partnered with Build Tak to produce printed sheets from polycarbonate, PEI, flexible plate systems. The choice of a business partner was made according to several criteria. This company manufactures products in the USA, does not use cheap foreign components, and has extensive experience. Such raw materials are necessary to create the best printer. F1 models are supplied with flexible steel plates equipped with mag base and sheets for each PC and PEI. Separately, a black sheet made of real garolite is offered, which is an excellent base for nylon. PEI sheets can be used to work with a wide range of materials, creating good conditions for creating details. But PC sheets hold models more tightly, especially if they are made from PC, PLA, PETG.

Improved filament drive

The creators of the F1 printer had to work hard to create a special filament drive to ensure high quality printing. They managed to create an easy, convenient, reliable option. Includes brackets:

Print head (adjustable)
Filament Output Sensor
Sensor ABL
Fan
Blowers
Hot end

Thread drive also includes:

Glow tube holder
Wire management
Seat belt guard

The innovative F-BOX model guarantees improved print quality and is compatible with any 3D printer. Designers have already developed bracket types for all popular models.

Need to use dry filament

Dry filament guarantees quality prints. Therefore, it is necessary to dry it for work in order to exclude the receipt of products with defects, poor-quality design.

There are other reasons to use a dry filament. It produces parts with high strength. The presence of moisture leads to a hydrolysis reaction that destroys the polymer chains. This reduces the density, strength, since short chains do not provide high-quality grip.

The filament must remain dry throughout the entire operation. Therefore, it must not only be dried before printing, but also be fed from a dry box. Manufacturers supply the material in plastic packaging. But this does not mean that the new thread will be dry; moisture will also have to be removed in this case.

Benefits of F-BOX

Reduces the risk of stringing and jamming
Improves layer adhesion, print quality
Works with all filaments - nylon, PETG, ABS, PVA, PLA
Keeps dry, clean, thread safe
Reduces thread redefinition
Provides perfect first coat adhesion
Saves space

Features F-BOX

The F-BOX has a square-shaped through hole that allows it to be installed on any printer.
Seals keep out dust and moisture.
Quick-release latches ensure tight closing.
The design of the cover makes it easy to change coils.
Desiccant cartridges are highly efficient and easy to change.
The color of the dehumidifier changes with energy consumption, you can control the time it takes to recharge.
Through hole provides viewing for filament color, filament consumption, etc.

Decoration

The designers spent several months developing the design of the F-BOX. They managed to give the design not only impeccable functionality, but also ease of use. The main body, in which the coil is located, is equipped with two seals that do not allow the thread to unwind and do not allow foreign bodies to enter. There are 4 latches on the lid, they ensure tight closure. The presence of a through square hole makes the F-BOX a universal device that can be used for any 3D printer.

F-BOX development steps

The first F-BOX model, developed by designers, turned out to be too bulky, not comfortable enough. Before receiving the final version, several intermediate versions had to be created. Gradually, the designs of the central pillar, legs, latches, etc. were improved. It was necessary to give the structure acceptable dimensions, to choose the ideal gaskets. Attentive attention to every detail allowed us to get the perfect result.

Convenient part removal with F-FLEX tool

Certain difficulties in printer printing are associated with the removal of finished prints from the plate. Even the flexible products that come with the F1 printer, other models, do not allow you to remove small parts without a scraper.

Standard spatulas are equipped with a blade that is too thick, with too sharp corners and a dull edge. To create maximum convenience in removing prints, the F1 designers have developed a special tool F-FLEX.

The innovative fixture has several advantages. The flexible conduit has optimal dimensions, the edge of the blade is as sharp as possible, and the corners are rounded, which eliminates cutting into the plate. The tool is equipped with a comfortable soft handle. In order to “knock down” the models, the pen has a special bright-colored cap. The blade of the tool is very sharp, you should be careful when working with it, use it carefully. The hand should be behind the blade to prevent injury if the print suddenly comes off.

F-PAC Pack - Efficient Filament Desiccant

The standard filament storage option for most users is to store open spools in bulky sealed containers. This is a simple and affordable way. But to maintain the thread in the right condition, the use of foam pads is required. If the desiccant is not enough, the threads are moistened, additional manipulations are required to dry them. Eliminate these problems allows another invention of the authors F1. These are efficient F-PAC filament dryers.

Description

The product is a bag of thread desiccants. The bag has a solid capacity, containing approximately 1,130 grams of desiccant.

Purpose

The package can be used for any container. For 5-10 gallon capacities, one F-PAC is sufficient. Larger containers can hold 2 bags. The dimensions of the F-PAC are identical to those of the filament reel.

Functions

F-PAC bags are essentially a molecular sieve that absorbs moisture from the air to keep the threads dry.

Product Features

Highly efficient, absorbs moisture from the air efficiently.
Allows control of moisture filling, changing from orange to green indicates the need for recharging (orange tint confirms the safety of the material, blue desiccant containing cobalt is dangerous).
Rechargeable for long life.

More information about F-PAC

Net weight - 1130 g.
Gross weight - 1,356 g.
Packaging - polycarbonate box.
Chemical description of the orange to green transition with silicone gel description.
Drying formula SiO2 + h3O + C25h40CIN3
Composition: amorphous silica - 98.2%, activated dye - up to 0.2%.

Convenient and high-quality 3D printing with... Cheap or expensive 3D printer: what's...

3D printing: all about heat Heatle

The heating of plastic filaments in specialized printers equipped with heated extruders and print beds creates the basis for the formation of products from molten filaments, also known as 3D printing.

Currently, 3D printers are being used to create tools, camera equipment, medical models, phones and tech accessories, home decor items, toys, and fashion, just to name a few. The applications for 3D printing are almost limitless.

Since 2009, when the main patent for portable 3D printers expired, 3D printing has grown into an industry of its own. As a result, 3D printers are one of the defining products of our time.

3D printers are now being used to create just about anything you can imagine - tools, camera equipment, medical models, phone and personal technology accessories, home decor, toys, and fashion, just to name a few. Its applications are almost endless. Theoretically, any solid object can be made with 3D printing. Although some limitations in technology prevent printing in certain sizes and materials, research and development is rapidly expanding the possibilities.

The most popular type of 3D printing is Fused Deposition Modeling (FDM). Modeling the product on the printer is done by melting and extruding a spool of plastic filament through the nozzle as it moves up, down and across the specified XYZ coordinates.

Creating a product using the FDM process looks something like this:

3D model created using software.
The model is exported as a stereolithography file (.stl format) and then imported into the slicing software.
The file is split into product layers and specific tool paths are generated.
The design is sent to the printer.

Within minutes - or possibly hours or days, depending on the size and complexity of the part - the part is made by additive manufacturing.

3D printing heater

3D objects are made by melting, molding and cooling plastic.

Several key components create and manage heat in an FDM printer:

Extruder.
Work table.
Multi-layer cooling fan.

A closer look at each of them will explain how they affect the print result.

Extruder.

The extruder is where most of the printer technology resides. It consists of a cold end that pulls the filament through the system and a hot end that melts the filament as it is extruded.

Inside the hot end of the extruder is a heating block. As a rule, this is an aluminum element with a hole for a cartridge heating element. The heating element melts the filament as it passes through the heat pipe and reaches the nozzle.

The extruder also has a fan heatsink. This cooling element helps prevent heat from entering parts of the extruder that need to be kept at cooler temperatures.

Another element of the extruder worth mentioning is the thermistor or thermocouple. This temperature sensor detects and helps regulate the temperature of the hot end.

Work table.

The desktop is the surface on which the filament is deposited in a predetermined form during the printing process. Most PCBs are heated to prevent the plastic from cooling too quickly and deforming the product. Printtables typically maintain temperatures somewhere between 50 and 100°C. Specific temperature requirements depend on what type of plastic is being used.

Some printers do not have heated stages. These machines are limited in the materials they can print with. Also, materials may not adhere to these layers and melted parts are more likely to pop out of the middle of the print.

Multilayer cooling fan.

The cover fan cools the plastic after exiting the nozzle. This element helps the created product to keep its shape when printed.

Heat control: solving heating problems

Since 3D printing is so dependent on heating temperature, any temperature issues can easily disrupt the entire process. Common problems encountered in 3D printing include

Thermal creep
Deformation and bending.
Melted or deformed articles.
Cracks on the sides of the taller item.
Slope or bend at the bottom (elephant foot).
Blurry or undefined first layer.

Manufacturers can face such problems due to non-ideal temperatures.

As 3D printing research and development continues, advanced technology offers even more precise control over higher temperatures, producing high-quality printed products from difficult-to-work materials.

Thermal creep

Heat creep occurs when heat is distributed unevenly through the hot end of the extruder. This happens when the filament cools as it is extruded and heat travels up the thermal barrier tube. This will cause the filament to heat up and swell too early and stick to the walls of the thermal barrier tube. Heat creep can cause clogs that stop printing, and such clogs are difficult to remove.

As a result, thermal barrier tubes are often designed to prevent thermal creep. The teeth or filaments in the pipe help prevent heat from entering places where it is not needed. In addition, there are several preventive measures that can be taken to prevent a negative effect.

First, ceramic insulation tape must be added around the heater block.
Second, when the printer is not printing, do not leave it hot.
Third, avoid using low quality filament that may expand unevenly.
Finally, if possible, always unload the filament when printing is complete.

Deformation and bending.

Product warping occurs when the plastic is cooled too quickly after extrusion. Because the plastic shrinks slightly when cooled, rapid cooling can cause the plastic to bend as it solidifies.

Warping can be prevented by keeping the plastic just below its melting point on the print bed. If warping occurs, the temperature of the print engine may need to be increased.

Melted or deformed seal.

Excessive heat is to blame when printed pieces look saggy. FDM printing requires a precise balance between a temperature that allows good flow and a temperature that ensures fast curing.

To correct melted prints, adjust the temperature settings of . First, make sure the temperature is within the appropriate parameters for the material. Then try decreasing the nozzle temperature by 5°C at a time.

Cracks on sides of higher prints.

Sometimes when the higher pieces are 3D printed, cracks can appear between some of the higher layers. This is because these layers too far away from the heat of the printed layer . After extrusion, the filament cools too quickly and is not as tacky as it should be. This results in small spaces or cracks between the layers.

To prevent the filament from cooling too quickly, try to increase the temperature of the extruder by about 10°C.

Slope or bend at the base.

Bending or warping near the base of printed objects occurs when the weight of the model presses on the lower layers before they cool down properly.

This deformation of the lower layers is eliminated by faster cooling. This can be achieved by lowering the platen temperature by 5°C at a time until the desired results are achieved.

Blurry and undefined first layer.

Sometimes the first layer can be blurry. When this happens, the corners feel vague and the filaments look messy. This usually happens because0023 The print bed is too hot and this causes the plastic to lose its shape.

The solution to this problem is probably pretty obvious. It may be necessary for to reduce the temperature of the platen by 5°C at a time until the desired results are achieved.

The threads come in a variety of colors and textures and offer effects ranging from glow in the dark to the look and smell of wood.

Material temperature limits

There are several filament options for . The threads come in a variety of colors, textures and offer effects ranging from glow in the dark to the look and smell of wood. An important part of mastering the use of these different materials is understanding the specific temperature requirements for each material. Failure to comply with these parameters may result in any of the temperature related problems mentioned.

Higher temperatures equals more capability . When 3D printers can maintain higher temperatures during production, more filament options become available. However, working at higher temperatures requires special technology in a 3D printer.

For example, it is not uncommon for extruder hot ends to be made up of both metal and polyetheretherketone (PEEK) or polytetrafluoroethylene (PTFE). While PEEK and PTFE provide excellent insulation, they limit the hot end temperature to no more than 240°C. However, when all-metal hot ends are used, temperatures can be effectively maintained above 300°C. This opens the door to the use of a range of different materials.

New developments in FDM technology are paving the way for even higher temperatures during 3D printing. Last year, a 3D printer manufacturer introduced a line of high-temperature printer components that allow the hot ends of an extruder to reach temperatures in excess of 400°C. Printtables on the same devices can reach temperatures in excess of 200°C.

Ideal temperatures for various materials:

Polylactic acid (PLA)

Acrylonitrile butadiene styrene (ABS)

Polyamide (nylon)

Polyethylene terephthalate (PET / PETG / PETT)

Acrylonitrile Styrene Acrylate (ASA)

Polypropylene (pp)

Thermoplastic elastomer (TPE)

Thermoplastic polyurethane (TPU)

Wooden Threads

Polycarbonate

Polyvinyl alcohol (PVA)

As 3D printing research and development continues, the improved technology continues to offer even finer control over higher temperatures.