Minimise failed prints with our High Performing ABS 3D Printing Filament! Good filament will help assist to reduce warping and improve printer bed adhesion. Having a reliable and predictable printer starts with Quality Filament. 

3D printing ABS requires a certain environment to print successfully. While not overly difficult, care needs to be taken as potentially hazardous fumes are created when printing. We strongly recommend printing in a print enclosure placed a well ventilated area.

ABS is tough, really tough. This filament is a great option for producing 3D printed objects that require strength, durability, and high-temperature resistance. Its toughness and impact resistance make it a popular choice for creating functional prototypes, automotive parts, toys, and electronic enclosures. Its ability to be welded with acetone also makes it suitable for creating parts that require bonding, such as pipes and fittings.. Remember though, ABS is UV sensitive so it is best not to use it where there is going to be long exposure to UV light.

ABS and PLA filaments are two of the most popular materials used in 3D printing. Here's how they compare:

ABS Filament:
• More durable and impact-resistant than PLA
• Resistant to high temperatures
• Requires a heated bed and enclosure to prevent warping and cracking
• Can be challenging to print due to its high-temperature requirements
• Absorbs moisture, which can cause printing issues
• Not biodegradable and not environmentally friendly
• Strong smell during printing (ventilation is recommended)

PLA Filament:
• Easier to print than ABS due to its low-temperature requirements
• Biodegradable and environmentally friendly
• Does not require a heated bed or enclosure for printing
• Less durable and impact-resistant than ABS
• Prone to warping and cracking in high-temperature environments
• Not suitable for high-temperature applications

ABS filament is a more durable and stronger material that can withstand higher temperatures compared to PLA. However, it requires more careful handling during printing due to its high-temperature requirements and is not environmentally friendly. PLA filament, on the other hand, is a more eco-friendly option that is easier to print, but it is less durable and not suitable for high-temperature applications. Choosing between ABS and PLA filament ultimately depends on the specific requirements of your 3D printing project.

1. Use a heated bed: ABS requires a high temperature to print, so a heated bed is essential to ensure that the bottom layer of your print sticks to the bed. The recommended temperature for an ABS heated bed is around 100-110°C.

2. Use an enclosure: An enclosure helps to maintain a consistent temperature during printing, reducing the chances of warping and cracking. An enclosed 3D printer can also help to reduce the amount of moisture that ABS filament absorbs, which can cause printing issues.

3. Print on a clean bed: Ensure that your bed is clean and free from any residue before printing. ABS filament tends to stick to a clean surface, so it's essential to wipe down your bed with rubbing alcohol or other cleaning solutions before starting your print.

4. Use a raft or brim: A raft or brim can help to improve adhesion and reduce warping, which is common when printing with ABS filament. A raft is a flat base that is printed underneath your model, while a brim is a thin strip of material printed around the edges of your model.

5. Use a high quality hot end: ABS filament requires a high temperature to melt and extrude, so it's essential to use a hot end that can reach temperatures between 230-260°C. It's also important to ensure that your hot end is properly calibrated to avoid under or over extrusion.

6. Use a slow print speed: Printing with ABS filament requires a slower print speed to ensure that the material has enough time to cool and solidify between layers. A recommended print speed for ABS filament is between 40-60 mm/s.

7. Use a cooling fan sparingly: ABS doesn't require a cooling fan during printing, as it can cause warping and cracking due to the sudden temperature change. However, if you're printing with small details or overhangs, a cooling fan can be used sparingly to improve print quality.

8. Store your ABS filament correctly: This filament is sensitive to moisture, which can cause it to absorb moisture and create printing issues. It's essential to store your ABS filament in a dry place and use a desiccant or filament dryer to keep it dry.

7. Avoid printing in a drafty room: Drafts can cause temperature fluctuations, which can lead to warping and cracking. It's essential to print in a room that is free from drafts, with a consistent temperature and humidity.

8. Post-process your prints: ABS filament tends to have a rough surface finish, so post-processing can help to improve the appearance of your prints. Sanding, painting, or using an acetone vapor bath can help to achieve a smooth and polished finish on your ABS prints.

abs filament brisbane

ABS Filament cost is $32.99 for each colour.

Print Solid Guarantee

1.  Consistent Diameter Tolerance of ±0.03mm
2. Filament made from premium grade raw material
3. Moisture content < 0.1% for reliable printing
4. Our Filament is suitable for both hobby grade and industrial grade printers

Easy Return Policy

If you are not happy with the quality of our product we are happy to replace it.
Rolls are lab batch tested at the manufacturer and then batch tested when received at Print Solid using a Benchtop Moisture Analyzer. See our return policy to find out more.