PolyJet 3D Printing
Prototypes and Appearance Models with Unrivaled Quality at a Great Speed and Price!
Polyjet MatrixTM, This technology, more commonly known as 3D printing, works by jetting photo- polymer materials in an ultra-thin 0.0006” layer by layer onto a build tray, until your CAD part is completed. Because each photopolymer layer is cured by ultraviolet light immediately after it’s jetted, it produces highly-detailed prototypes and parts that can be handled and used immediate- ly, without post-curing.
Object’s Polyjet ConnexTM technology offers the unique ability to print parts and assemblies made of multi-materials for your over-molding needs with different mechanical or physical prop- erties (ie Rubber material over ABS-like material) up to 14 different materials that when com- bined in specific concentrations and structures you can have as many as 51 different digital materials with unique mechanical properties that can provide a closer look, feel and function of the desired end-product.
PolyJet technology creates precision prototypes that set the standard for finished-product real- ism. Its very thin print layers make complex shapes, fine details and smooth finished surfaces possible. Objet Connex 3D Printers offer more material versatility than any other technology, including the ability to print multiple materials simultaneously.
- Aesthetic Concept Models
- RTV Molding Masters
- Thermoforming Patterns
- Visual Models
- Clear Models
- Rubber-like Prototypes
- Over Molding
- Injection Molding Inserts
- Prototype Injection Tools
Fusion PM’s team of expert polyjet printing service providers will help place a high resolution,
fine-detailed model into the hands of your designers and engineers.
The process for 3D printing: Concept models, Fit-check models, Sales and marketing models. Whether you need to evaluate the concept of an end-product, fit-check a part and assembly or create a presentation model with fine detail, Fusion PM can help!
We have a wide range of materials for this technology, learn more here.