With its high toughness, strength and impact resistance, Anycubic ABS-Like V2 Resin is ideal for printing structural parts, tools and other models that require high performance. Printed patterns are suitable for drilling and tapping.

Features:

• Shock resistance and high compatibility
• Water washable and low odor
• High strength and high toughness

Excellent strength, durability and good performance

With its high toughness, strength and impact resistance, Anycubic ABS-Like V2 Resin is ideal for printing structural parts, tools and other models that require high performance. Printed patterns are suitable for drilling and tapping.

Durability

The final model shows excellent resistance to falls, ensuring stability and durability over time. Furthermore, the durability of the model is improved. The printed model can withstand exposure to natural environment for one year without cracking after proper cleaning and curing.

Index of recommendations

Improved toughness, more resistant to bending.

No cracking of experimental data

Experimental results show that models printed with Anycubic ABS-Like Resin V2 can be stored for 3 years in a natural environment without cracking after curing.

Water washable Easy to post-process

Low viscosity and high fluidity make it easy to clean and adapt to different cleaning methods such as water, washing machine and ultrasonic, adapting to different scenarios. The clean model has a non-sticky surface and the backing is easier to remove. making post-processing less demanding.

Low-odor, worry-free printing

The delicate scent reduces discomfort for people sensitive to odors by creating a more comfortable printing environment.

High precision minimum shrinkage

With lower shrinkage, the risk of distortion and warping is reduced, resulting in high molding accuracy and detailed models.

High compatibility and easy to use

It is compatible with a variety of desktop LCD 3D printers and is easy to use without requiring special treatment, making it suitable for both beginners and experienced users.