ABS

ABS is a strong and heat-resistant 3D printing material that is perfectly suited for technical and functional parts that need to withstand high temperatures and mechanical stress. Ideal for durable applications requiring strength and precision.

High strength and stiffness Excellent heat resistance (up to 100 °C) Easily workable: sanding, drilling, and painting Resistant to impact and chemicals

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Benefits of Printing with ABS

ABS is a versatile and robust 3D printing material that combines strength, heat resistance, and workability. At 3D On Demand, we use ABS for applications where parts are exposed to higher temperatures or mechanical stress. Whether it’s technical prototypes, enclosures, or functional machine parts, ABS delivers reliable performance and a professional finish.

Strong and stiff: ABS offers excellent mechanical properties and is resistant to impact and stress. Heat resistant: Remains stable up to about 100 °C — ideal for parts that need to withstand heat. Easily workable: Easy to sand, drill, paint, and post-process for a perfect finish. Chemically resistant: Resistant to oils, bases, and many chemicals — perfect for industrial applications.

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Frequently Asked Questions about PLA

1. How heat resistant is ABS?

ABS remains stable up to about 100 °C. Above that temperature, the material can become soft or deform.

2. Can I use ABS prints outdoors?

ABS can be used outdoors, but it requires a protective coating (such as paint or varnish) to prevent discoloration and degradation from UV exposure.

3. Can I sand and paint ABS?

Yes, ABS is excellent for processing. It can be easily sanded, drilled, and painted for a smooth and professional finish.

4. What dimensions can you print in ABS?

We can print ABS parts up to a maximum size of 35 × 35 × 35 cm per piece. Larger objects can be printed in multiple parts and assembled, allowing for large designs.

5. How fast is the delivery?

Most orders are produced and shipped within 3 working days.

Applications for ABS

Why Choose ABS?

ABS is the choice when strength and heat resistance are crucial. A few good applications include:

Technical parts: Gears, brackets, enclosures, or mounting parts that need to withstand mechanical stress. High temperatures: Parts exposed to heat, such as engine components or parts in heating systems. Prototypes and end products: Functional prototypes that need to be tested under realistic conditions. Automotive and electronics: Dashboard parts, electronic enclosures, or custom car accessories. Post-processing required: Parts that need to be sanded, painted, or further processed for a smooth finish.

When should You not Choose ABS?

While ABS is a strong and heat-resistant material that performs excellently in technical applications, it is not always the best choice. If your project includes parts that will be used outdoors, ABS can discolor and become more brittle over time due to UV exposure. Also, for projects where environmental friendliness is important, materials like PLA or ECO-PLA are better suited, as ABS is made from petroleum and emits more odor during printing. Additionally, ABS requires a heated printing environment to prevent warping, making the printing process slightly more complex.

In short: ABS is ideal for strong, heat-resistant, and workable parts, but less suitable for outdoor use without a protective layer or when environmental friendliness is a priority.

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