A Complete Guide to ABS 3D Printing

Alex DanisAugust 24, 2020

ABS filaments are typically used to make LEGO toys, automotive hardware, plastic injection, musical instruments, and 3D printing in many sectors. ABS has been long used in the history of 3D printing as a powerful thermoplastic component that can withstand high temperatures. Read on to learn everything about ABS 3D printers and filaments.

The Working of ABS Material

Acrylonitrile Butadiene Styrene (ABS) is a thermoplastic component that has found great application in 3D printing. The material is often heated to a certain temperature and then cooled to give it the desired shape. The ability to be resistant to external factors and be processed again are the reasons why ABS is popular in the 3D printing industry.

Key Properties of ABS Material:

  • Heat resistance - It can withstand glass transition temperature up to 105 degrees.
  • High structural strength.
  • Electrical insulation properties.
  • Can be modified to improve its stiffness and toughness.

Benefits of Using ABS Filaments in ABS 3D Printers

As mentioned above, ABS is a versatile material that can be moulded at certain temperatures to get the desired results. Similarly, ABS filaments are used by many 3D printing companies in Ontario and other nearby areas for printing objects that require high strength, durability, and flexibility.

Key Benefits of Using ABS Filaments:

  • Affordable printing: ABS filaments can help you decrease your production costs. ABS 3D printers use this material as it is relatively easy to process.
  • Mechanical strength: Besides its heat deflection properties, ABS filaments are also strong and are scratch-resistant.
  • Professional Results: ABS filaments are great for prototyping. They are available in various colours and when set right, can produce professional results.

A Guide to Get the Best Results with ABS 3D Printers:

Eliminate warping:

ABS is prone to contract or expand if the temperature isn’t set right. Hence, ensure that the heating bed temperature is set at an acceptable degree. The purpose of a heating bed is to eliminate warping and maintain an elevated temperature until the job is done. The recommended temperature for the extruder is said to be around 235 degrees while the bed temperature should be kept at 110 degrees.

Buy a machine encloser:

It is advisable to have an enclosure for your ABS 3D printer. It helps to prevent rapid temperature changes and contains warping.

Buy the right ABS filament:

While shopping for your 3D printing needs at a store in Canada, be sure to buy the right material. ABS filaments come in several varieties with various modifications. When buying one for your ABS 3D printer, know the specifications for a better 3D printing experience.

Print in a well-ventilated area:

ABS filaments can produce irritable fumes, hence, print in a well-ventilated area and store the ABS filament roll in a cool and dry area to avoid damage by moisture.

Use brim and raft when printing:

Warping and cracking can be controlled by adding a brim or raft to ABS 3D printers. You can adjust the slicer settings and add a brim or raft to improve the first layer of adhesion while printing.

The Final Advice

3D printing with ABS may take a few tries from your end in the initial period, but the result will be satisfactory. ABS filaments possess several benefits to the end-user and are the go-to material for manufacturers all over Canada. With the help of an ABS 3D printer, you can now speed up your production process to develop innovative products at an affordable price.

Enhance Your 3D Printing Experience with Us!

We are a one-stop-shop for all your printing needs in Canada! Our 3D printing store in Ontario and other nearby areas have a range of filaments including ABS, PETG, carbon fibre, and more. We also carry high-quality 3D printers and other 3D printing accessories to enhance your experience.

Feel free to connect with our experts by calling us at 1-888-536-5551 or write to us at info@filaments.ca to learn more about our products, including TPU 3D printers and styrene 3D printers!

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