Vero Material Details


General Informations

What are the Characteristics of ABS-like (Vero) 3D Printing and its Applications?

ABS-Like (Vero) is a material designed to simulate the properties of ABS components. ABS-Like (Vero) is a plastic based on UV-curable resin. Parts made from ABS-Like (Vero) are commonly used for producing injection molding prototypes. Due to the small layer thickness (0.016mm), ABS-Like (Vero) parts have barely visible layers.

ABS-Like (Vero) 3D printing, commonly used in research and medical applications, offers exceptional precision and surface finish. Designed to simulate ABS plastic properties, it is favored for creating detailed prototypes and functional parts in medical and research contexts. In medical research, it is utilized for anatomical models, aiding in education and surgical planning.

ABS-Like (Vero) is employed for injection molding prototypes, allowing quick iteration and design testing to meet medical requirements. Its UV-curable resin base ensures excellent dimensional accuracy, crucial for patient-specific devices. The material provides structural stability, ideal for medical components subjected to mechanical stresses or sterilization.

In summary, ABS-Like (Vero) 3D printing is vital for research and medical applications, offering the ability to create accurate prototypes and custom devices. PolyJet technology ensures high precision, surface quality, and structural stability. Support removal challenges and biocompatibility considerations should be taken into account when applying this material in specific projects. The process involves using PolyJet technology, ensuring precision and surface quality with structurally stable and hard parts. However, support material removal with a water jet may limit part complexity, and considerations about wall thickness are crucial during planning. Support material used in PolyJet parts affects surfaces in contact, making them matte and slightly fuzzy, requiring envelopment for surface consistency maintenance.

Printing in Vero

Minimum Wall: 0.5 mm

Smalest Detail: 0.016 mm

Layer hight: 0.016 mm

Max Print size:1 300 x 200 x 150 mm

Tollerance: 0.1% min ±0.05 mm

Delivery Times: Typicaly 5-8 Businessdays


Pro`s and Con`s


  • High Design Freedom with Dissolvable Supports: ABS-like (Vero) 3D printing offers excellent design freedom. The use of dissolvable support material allows for the creation of complex geometries and intricate structures that would be challenging or impossible to achieve using traditional manufacturing methods.
  • Extremely High Surface Quality: Parts produced with ABS-like (Vero) exhibit an exceptional surface finish. This smooth and polished appearance is especially valuable in applications where aesthetics or fine detail are important.
  • Minimal Visible Layer Lines: Unlike some other 3D printing technologies, ABS-like (Vero) produces parts with hardly visible layer lines. This feature contributes to the material's suitability for applications requiring a seamless, professional finish.
  • Abrasion Resistance and Durability: ABS-like (Vero) parts are known for their durability and resistance to wear and tear. This makes them suitable for functional prototypes and parts that need to withstand mechanical stresses.


  • Support Material Can Affect Surface Finish: While dissolvable support material is advantageous for complex designs, it can negatively impact the surface finish of supported areas. These regions may appear slightly less smooth and may require post-processing to achieve a uniform finish.
  • Limitations on Wall Thickness: ABS-like (Vero) 3D printing has limitations regarding wall thickness. Walls cannot be too thin, as they may not hold up well during the printing process or subsequent handling. This constraint should be considered in the design phase.
  • Not Weather Resistant: ABS-like (Vero) parts are not suitable for outdoor or weather-exposed applications, as they lack weather resistance. UV radiation and environmental factors can degrade the material over time.

Applications of Vero 3D Printing

Applications of ABS-like (Vero) 3D Printing

  1. Injection Molding Prototypes: ABS-like (Vero) 3D printing is commonly used for producing prototypes of injection-molded parts. This allows manufacturers to test and refine their designs before committing to expensive tooling for mass production.
  2. Plastic Gears: ABS-like (Vero) is suitable for manufacturing plastic gears. These gears can find applications in various machinery and mechanical systems where strength and precision are essential.
  3. Fit Prototypes: ABS-like (Vero) is ideal for creating fit prototypes. Engineers and designers can use these prototypes to ensure that components of a larger system fit together correctly and function as intended.
  4. Figurines: ABS-like (Vero) can be employed to produce detailed figurines and models with a high-quality finish. This is often seen in artistic and creative projects, collectibles, and even in the entertainment industry for creating character models.

These applications showcase the versatility of ABS-like (Vero) 3D printing, from industrial uses like injection molding prototypes and functional parts to artistic and creative endeavors such as figurine production. Its ability to provide high-quality surface finishes makes it a valuable choice for a range of projects.

Technical specifications


Test Method


Tensile Strength


58 MPa

Elongation at Break


10% - 25%

Elastic Modulus


2500 MPa

Flexural Strength


93 MPa

Flexural Modulus


2700 MPa

Izod Impact (Notched)


25 J/m

Shore D Hardness


85 D

Heat Deflection Temperature

ASTM D648 @ 264 psi


What is Polyjet 3D Printing ?