Experience the precision and smoothness of VeroWhite—a rigid, opaque photopolymer material for PolyJet 3D
printing, offering high detail resolution, excellent surface finish, and dimensional stability, ideal for
prototypes, models, and parts requiring fine features and aesthetics.
Material Name:
Vero White Plus RGD835
Description:
VeroWhitePlus is a rigid, opaque white material used in PolyJet 3D printing processes. It offers high
dimensional stability, fine detail resolution, and excellent surface finish. The material is ideal for
producing prototypes, concept models, and parts that require a high-quality, smooth finish and precise
details. Its white color provides a neutral base for painting or finishing. It is often combined with Tango Black Plus for multi-material 3D prints.
Material Type:
Rigid Photopolymer Resin
Price:
Available color:
White
Process compatibility:
PolyJet compatible
Special Properties:
High Detail Resolution
Excellent Surface Finish
Rigid and Durable
Multiple Colors Available in Vero
Family
High Fatigue Strength
Multi-Material Printing Capabilities
Limitations:
Brittle Compared to Engineering
Plastics
Limited Thermal Resistance
UV Sensitivity
Requires Support Removal and
Post-Processing
Material rating
Key Vero White properties rated to guide you in selecting the best fit for your 3D printing needs.
Strength3 of 5
Flexibility1 of 5
Detail Resolution5 of
5
Surface Smoothness5 of
5
Heat Resistance2 of 5
Chemical Resistance2 of
5
Ease of Printing5 of 5
Cost Efficiency3 of 5
Applications
VeroWhitePlus is ideal for producing prototypes, concept models, and parts that require
fine details and a smooth surface finish. It is suitable for visual models, fit and form testing, and models
requiring a high-quality appearance.
Product Design and Development Applications
Concept models
Aesthetic prototypes
Fit and form testing
Consumer Products Applications
Electronics casings
Household items
Toys and figurines
Medical and Dental Applications
Anatomical models
Dental study models
Surgical planning models
Architecture and Art Applications
Architectural models
Sculptures
Exhibition displays
Additional Applications
High-Resolution Models
Multi-Material Assemblies
Parts Requiring Painting or
Finishing
Mechanical Properties
Provides rigidity and dimensional stability, suitable for prototypes and models requiring fine details and
smooth surfaces.
Property
Value, metric
Tensile Strength
Approximately 50-65MPa
Tensile Modulus
Approximately 2,000-3,000 MPa
Elongation at Break (%)
10-20%
Flexural Strength
Approximately 75-110 MPa
Flexural Modulus
Approximately 2,200-3,200 MPa
Notched Izod Impact Strength
Approximately 20-30 J/m
Shore Hardness
Shore D 83
Characteristics
Printing with VeroWhitePlus involves PolyJet technology, which jets layers of
photopolymer resin and cures them with UV light. The process allows for high-resolution printing with smooth
surfaces and fine details. Support material is used for overhangs and is removed during post-processing.
Type
Value
Lead Time
1-3 business days
Wall Thickness
Minimum 0.6 mm
Tolerance
±0.1%, minimum ±0.1 mm
Max Part Size
Up to 490 x 390 x 200 mm
Layer Height
-
Thermal Properties
Limited thermal resistance; suitable for applications at room temperature.
Property
Value, metric
Heat Deflection Temperature (HDT)
Approximately 45-50 °C at 0.45 MPa
Thermal Expansion Coefficient
-
Thermal Conductivity
-
Max Service Temperature
Up to 45°C for continuous use
Electrical Properties
Acts as an electrical insulator, suitable for non-conductive applications.
Property
Value, metric
Dielectric Strength
Approximately 15-25 kV/mm
Dielectric Constant (1 MHz)
Approximately 2.8-3.2
Volume Resistivity
Approximately 10^13 Ω·cm
ESD Safety
Not ESD safe
NOTE: The provided
values are approximate and can vary
based on the specific Vero White Plus formulation and
manufacturer. Always refer to the manufacturer's technical data
sheet for precise information.
Find your queries
Frequently Asked Question(FAQ)
General
Printing
Post-procesing
Troubleshooting
Advanced
What is VeroWhitePlus, and what are its primary uses?
VeroWhitePlus is a rigid, opaque white photopolymer material used in PolyJet 3D printing. It is
known for its high dimensional stability, fine detail resolution, and excellent surface finish. This
makes it ideal for creating prototypes, concept models, and parts that require a high-quality,
smooth appearance. The neutral white color provides a great base for painting or finishing, making
it suitable for a wide range of applications in product design, consumer goods, and medical
models.
How does VeroWhitePlus compare to other PolyJet materials?
VeroWhitePlus stands out among PolyJet materials for its exceptional detail resolution and
surface smoothness. While it is more rigid and durable than flexible or elastomeric materials, it
does have some limitations, such as being brittle compared to engineering-grade plastics.
VeroWhitePlus is perfect for projects that require fine features and aesthetics but is less suitable
for parts that need to endure significant mechanical stress or high temperatures.
Is VeroWhitePlus suitable for functional prototypes?
VeroWhitePlus is excellent for creating visual and functional prototypes that require high
precision and aesthetic quality. However, it is not ideal for heavy-duty or mechanically demanding
applications because it lacks the toughness and impact resistance of engineering plastics. It is
best used for models that need to demonstrate form, fit, and function in a controlled environment,
such as product mock-ups or architectural models.
Can VeroWhitePlus parts be used for outdoor applications?
VeroWhitePlus is not suitable for long-term outdoor use due to its sensitivity to UV light and
limited thermal resistance. Prolonged exposure to sunlight and harsh weather conditions can cause
the material to degrade, yellow, or become brittle. If you need a material for outdoor applications,
consider using UV-resistant or weatherproof options specifically designed for outdoor
durability.
What makes VeroWhitePlus an excellent choice for concept models and visual prototypes?
VeroWhitePlus offers a smooth, high-quality surface finish and crisp detail resolution, making
it ideal for concept models and visual prototypes. The material's white color provides a neutral
base for painting or additional surface treatments, and its rigid nature ensures that the printed
parts maintain their shape and dimensional accuracy. This combination of features allows designers
and engineers to create realistic and visually appealing models.
What are the mechanical properties of VeroWhitePlus?
VeroWhitePlus has a tensile strength of approximately 50-65 MPa and a tensile modulus of
2,000-3,000 MPa, making it a rigid material. It has a flexural strength of 75-110 MPa and a Shore
hardness of Shore D 83. The material is durable enough for prototypes and models but is relatively
brittle compared to more flexible engineering-grade plastics. It is not suitable for parts that
require significant impact resistance or flexibility.
How well does VeroWhitePlus handle mechanical stress?
VeroWhitePlus is designed for rigidity and dimensional stability, which makes it excellent for
static models and prototypes. However, it does not perform well under high mechanical stress or
repeated flexing, as it tends to be brittle. If your project requires impact resistance or the
ability to withstand bending or twisting forces, you may want to explore more flexible or tough
PolyJet materials.
What is the heat resistance of VeroWhitePlus?
VeroWhitePlus has limited thermal resistance, with a heat deflection temperature (HDT) of
approximately 45-50°C at 0.45 MPa and a maximum service temperature of around 45°C for continuous
use. It is suitable for room temperature applications but should not be used in environments where
it will be exposed to high heat or thermal cycling, as this could compromise the material's
structural integrity.
Is VeroWhitePlus UV resistant?
No, VeroWhitePlus is sensitive to UV light and will degrade over time if exposed to direct
sunlight. UV exposure can lead to discoloration, loss of mechanical properties, and increased
brittleness. If your application requires UV stability, consider using a material specifically
designed for outdoor and UV-resistant applications.
Can VeroWhitePlus parts be used in chemically harsh environments?
VeroWhitePlus has limited chemical resistance and is not recommended for use in environments
where it will be exposed to harsh chemicals, solvents, or oils. Prolonged exposure to certain
chemicals can weaken or degrade the material. If chemical resistance is a critical requirement for
your project, consider alternative materials that are engineered to withstand chemical
exposure.
What is the process for 3D printing with VeroWhitePlus using PolyJet technology?
VeroWhitePlus is printed using PolyJet technology, which involves jetting layers of photopolymer
resin and curing them with UV light. This process allows for the creation of high-resolution prints
with smooth surfaces and fine details. Support material is used for overhangs and complex
geometries, and it is removed during post-processing, which typically involves washing, sanding, or
polishing the part to achieve the desired finish.
How do I remove support material from VeroWhitePlus prints?
Support material used during the PolyJet printing process can be removed using water jets,
manual scraping, or soaking in a solution that dissolves the support structures. Care should be
taken to avoid damaging the part's surface or fine features. After support removal, additional
post-processing steps like sanding or polishing may be necessary to achieve a smooth finish.
Can VeroWhitePlus parts be painted or finished?
Yes, VeroWhitePlus parts can be easily painted or finished. The smooth and neutral white surface
serves as an excellent base for various finishing techniques, including painting, coating, and
polishing. Applying a primer before painting can improve adhesion and result in a more even finish.
You can also sand the part to remove any surface imperfections and achieve a polished
appearance.
What are some tips for achieving a high-quality surface finish with VeroWhitePlus?
To achieve a high-quality surface finish, consider sanding the part with fine-grit sandpaper,
applying a primer, and using multiple coats of paint for a professional look. Polishing compounds
can also be used to bring out a glossy finish. If your model has intricate details, be careful not
to sand too aggressively, as this can damage the fine features.
Is post-curing necessary for VeroWhitePlus parts?
Post-curing is not typically required for VeroWhitePlus parts, as they are fully cured during
the PolyJet printing process using UV light. However, additional UV curing can be performed if extra
strength or stability is needed. Always follow the manufacturer's guidelines to ensure the best
results for your project.
What types of projects are best suited for VeroWhitePlus?
VeroWhitePlus is ideal for projects that require high detail resolution, smooth surfaces, and
rigid structures. Common applications include concept models, visual prototypes, fit and form
testing, and models for product design and development. It is also popular in medical and dental
fields for creating anatomical models, as well as in architecture for building scale models.
Can VeroWhitePlus be used for creating multi-material parts?
Yes, one of the advantages of PolyJet technology is the ability to create multi-material parts.
VeroWhitePlus can be combined with other materials, such as flexible or translucent resins, to
create parts with varied mechanical properties and textures. This is particularly useful for
prototyping products with soft-touch grips, overmolds, or components with multiple features.
Is VeroWhitePlus suitable for painting and custom finishing?
Absolutely. VeroWhitePlus's smooth, white surface makes it an excellent candidate for painting
and custom finishing. The material takes paint well, and with the right preparation, you can achieve
vibrant, high-quality finishes. Artists and designers often use VeroWhitePlus for models that
require a realistic appearance or for creating custom sculptures and art pieces.
What are some examples of VeroWhitePlus in product design and consumer goods?
In product design, VeroWhitePlus is commonly used to create concept models of consumer
electronics, such as smartphones, headphones, and remote controls. It is also used to prototype
household items, toys, and figurines, where fine details and a polished appearance are essential.
The material's rigidity and aesthetic quality make it a favorite for showcasing product concepts to
clients and stakeholders.
How does VeroWhitePlus perform in medical and dental applications?
VeroWhitePlus is frequently used in medical and dental applications to create accurate
anatomical models, dental study models, and surgical planning aids. The high detail resolution and
smooth surface make it suitable for visualizing complex structures, while its rigidity ensures that
the models maintain their shape. It is important to note that VeroWhitePlus is not biocompatible, so
it should not be used for implants or any applications involving direct contact with the human
body.
Can VeroWhitePlus be used for functional parts in assemblies?
While VeroWhitePlus is excellent for visual models and prototypes, it has limitations when it
comes to functional parts that experience mechanical stress. The material's brittleness makes it
less suitable for assemblies that require flexibility or impact resistance. However, it can be used
for non-load-bearing components or parts that are primarily for display or testing fit and
form.
How do environmental conditions affect VeroWhitePlus parts?
VeroWhitePlus parts should be kept in stable, room-temperature environments. Exposure to high
heat, UV light, or humidity can negatively impact the material's properties. For example, UV
exposure can cause yellowing and brittleness, while high temperatures may deform or warp the part.
Proper storage and handling are crucial to maintain the quality of your printed parts.
Are there any health or safety concerns when working with VeroWhitePlus?
Like all photopolymer resins, VeroWhitePlus should be handled with care. Uncured resin can be
irritating to the skin and eyes, so it is important to use protective gear, such as gloves and
safety goggles, when handling it. Once cured, the material is safe to handle, but it should still be
kept away from food and direct skin contact for prolonged periods. Always follow safety guidelines
provided by the manufacturer.
Can VeroWhitePlus be recycled or reused?
Unfortunately, VeroWhitePlus is not recyclable in the traditional sense, and waste material
should be disposed of in accordance with local regulations for photopolymer resins. Some recycling
programs may accept used support material and failed prints, but these are not common. To minimize
waste, try to optimize your prints and use only the amount of material necessary for your
project.
How does VeroWhitePlus compare in cost to other PolyJet materials?
VeroWhitePlus is a higher-priced material compared to some standard PolyJet options, but it
offers superior detail resolution and surface quality. The cost is justified by its ability to
produce high-fidelity models and prototypes that look and feel like finished products. For projects
that require less detail or are budget-sensitive, consider using more cost-effective materials.
However, for premium models, VeroWhitePlus is often worth the investment.
Explore Related 3D Printing Materials
This material is used with PolyJet 3D printing technology. Explore other materials that may suit your project:
sushant@iamrapid.com
+91
8629044664
Basic
