ANYCUBIC ABS-Like Resin 2.0, 55 MPa

3D printing materials that behave more like engineering plastics are easier to trust when you are making functional parts or models that might get knocked about. ANYCUBIC Upgraded ABS-Like Resin 2.0 is a clear LCD 3D printer resin designed to deliver high toughness, more precise detail, and lower odour during printing, making it a practical choice for everyday work. With a stated flexural strength of 55 MPa and impact resistance figures supplied by the manufacturer, it is aimed at users who want fewer breakages and cleaner surfaces from UV curing.

If you print with an LCD or DLP system that uses UV light curing at 405 nm, this resin is designed to fit those requirements. It is also described as offering faster, more fluid behaviour thanks to low viscosity, with tighter build tolerance for sharper edges and clearer contours. 😊

Key points

This ABS-like resin blend is built around toughness, so you can handle parts more confidently while still expecting good definition. The manufacturer highlights resistance to bending and impact, which matters when your prints include snap fits, interlocking pieces, or small structural elements that otherwise crack under stress. Another benefit is the way it is presented for detail, with the material tuned for crisp output rather than soft, rounded features.

It is also positioned for easier day-to-day printing. The description includes lower odour and low viscosity, both of which support a more comfortable workflow compared with harsher resins. You will also appreciate the wide compatibility note, since it is intended for LCD 3D printers and most LCD or DLP machines that cure with UV light at 405 nm.

Technical details

Below are the technical details provided in the product information, focusing on the performance claims and compatibility.

• Name: ANYCUBIC Upgraded ABS-Like Resin 2.0
• Type: 3D printer resin
• Format: Clear resin
• Size: 1 kg
• Flexural strength: 55 MPa
• Impact resistance: 109 J/m
• UV curing compatibility: 405 nm UV for LCD and DLP LCD 3D printers

Benefits

Tough, durable prints are often the difference between a model that looks good once and a part that holds up when you use it. This resin is described as more resistant to bending and impact, so parts are less likely to break from accidental knocks or handling. It is also claimed to stay intact after a fall height of 80 cm, which gives a clear indication of the durability goal behind the formulation.

Precision is also addressed in the description, with low viscosity intended to help bubbles dissipate quickly during printing. That can improve how consistently the layers form, especially on models with fine geometry. The stated build tolerance of 0.15 mm is another pointer towards predictable results, helping you reproduce sharper edges and cleaner contours from your digital model.

There is a practical flexibility angle as well. The manufacturer references an elongation at break of 20.3 percent, which suggests the cured material can flex rather than failing abruptly, helping snap-fit designs and complex assemblies work together during assembly. For users who like to perforate, thread, or machine parts to improve fit, the information also mentions that you can do so with less trouble than brittle resins, which may support higher success rates on repeat prints. 👍

Worth noting

The resin is described as compatible with LCD and DLP printers that use UV light curing at 405 nm, and it is said to work best with Anycubic LCD printers. It also references compatibility with most modelling applications, including anime figures, miniature landscapes, industrial components, and architectural mock-ups. 🙂

It is clear that the product is formulated for clarity and detail, so expect it to focus on crisp output rather than purely soft or rubbery properties. Note that as with any resin, results can depend on your printer settings and how your particular LCD system handles exposure, so it is worth dialling in your cure and exposure parameters for your workflow.

If you are upgrading material quality for functional modelling, snap-fit assemblies, or pieces that need more impact resistance, this ABS-like resin is positioned to help. It is also a sensible option if you prefer a lower-odour approach while keeping strong mechanical performance claims from the manufacturer in mind.