PolyJet 3D Printing
Customize vibrant 3D-printed models and prototypes. Get them delivered in just a few days. Request your quote now!
Advantages of PolyJet 3D Printing
- Prototyping overmolded or silicone rubber parts.
- Seamlessly combining multiple colors or durometers into one part.
- Precisely simulating elastomeric or flexible parts.
- Biocompatible materials tailored for medical and dental use cases.
Just a few steps to try and complete the delivery
Step 1 : Begin by filling out a form with your specific project requirements and your contact information. This helps us understand what you need and how to contact you for further discussions.
Step 2 : After reviewing your submission, a dedicated product manager will reach out to you. This step ensures that we have a clear understanding of your expectations and requirements, allowing us to tailor our approach specifically to your project's needs.
Step 3 : Once all details are agreed upon, we will proceed with the contractual agreement. This formalizes our engagement and outlines the scope, timeline, and terms of the project. Production begins immediately after the contract is signed, adhering to the highest standards of quality.
Step 4 : Upon completion, your product will undergo a thorough quality check before being delivered to you. We ensure that the final product meets all your specifications and is delivered within the established timeline, ready for use or deployment.
PolyJet 3D Printing Guidelines
Our essential guidelines for polyjet 3D printing cover key design considerations to enhance manufacturability, improve cosmetic appearance, and reduce overall production time.
| Maximum Part Size | 490mm x 390mm x 200mm |
| Layer Thickness | 30 microns |
| Minimum Feature Size | 0.3mm |
| Minimum Freestanding Wall, Hole, or Channel Size | 0.76mm |
Materials for PolyJet 3D Printing
| Material | Characteristics | Description |
|---|---|---|
| Vero | Max part dimensions: 490 x 390 x 200 mm High level of surface detail Can be combined with other PolyJet materials to alter toughness, rigidity, or translucency Rigid, general-purpose material | Vero is available in multiple colors and can be blended with other PolyJet materials to determine toughness, rigidity, or translucency, offering excellent detail and a rigid, opaque quality. |
| VeroClear | Max part dimensions: 490 x 390 x 200 mm High level of surface detail Transparent, rigid material Can be combined with colored PolyJet materials | VeroClear is ideal for concept modeling and form- and fit-testing of clear parts, offering high dimensional stability and exceptional surface detail. It is a rigid, transparent material. |
| Agilus | Max part dimensions: 350 x 250 x 100 mm Good tear resistance Very high elongation at break Flexible, rubber-like material | Ideal for advanced design verification and prototyping of soft-touch components, Agilus is a flexible, rubber-like resin with superior tear-resistance, elongation, and tensile strength. |
| Composite Materials | Max part dimensions: 350 x 250 x 100 mm Different Shore A hardness values are available The addition of VeroWhite influences Agilus’ tensile strength and tear resistance Pre-defined blends of Agilus and VeroWhite | Blended with VeroWhite, flexible, rubber-like Agilus offers a range of composite materials with pre-defined Shore values and mechanical properties, providing options for a variety of applications. |
PolyJet Applications
PolyJet is applied in various fields.
Medical and Dental
PolyJet crafts detailed models for surgical planning and dental applications.
Prototyping
Ideal for multi-material and color prototypes to simulate final products.
Consumer Goods
Produces realistic prototypes matching the final product’s texture and color.
Overmolding
Simulates overmolding with flexible, rubber-like models.
Education
Generates durable, detailed educational aids and toys.
Microelectronics
Enables prototyping of intricate, miniature components.
The benefits of Polyjet 3D printing
Why Use Polyjet 3D Printing?
The impact of PolyJet 3D printing technology on manufacturing
PolyJet 3D printing technology is highly personalized and can quickly produce customized products according to user needs. This personalized ability will bring more business opportunities and development space to various industries.
First
PolyJet 3D printing technology can reduce the manufacturing and inventory costs of parts. The traditional manufacturing process involves a lot of tool and mold manufacturing, while PolyJet 3D printing technology can directly manufacture the required products through digital design and rapid printing, reducing the intermediate links and time costs.
Second
The application of PolyJet 3D printing technology will also promote sustainable development. Since the technology can reduce material waste and energy consumption, it has less impact on the environment. In addition, the ability of multi-material printing can also reduce material waste during assembly.
Finally
How Does Polyjet 3D Printing Work?
PolyJet 3D printing technology operates by depositing layers of liquid photopolymer onto a build tray, which then cure to form the desired shapes.
- Pre-Processing: Preparation software automatically organizes the arrangement of photopolymers and support material from the native 3D CAD file.
- Production: Utilizing UV light, PolyJet printers promptly cure the liquid photopolymer droplets, gradually building up thin layers on the build tray to construct the 3D part(s). In areas requiring support, the printer dispenses removable support material.
- Support Removal: The support material can be easily removed by hand, through water immersion, or with a solution bath. No additional post-curing is necessary, as the 3D printed part is immediately ready for handling once removed from the build tray.