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 Download Details
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Technology
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Objet's family of 3-Dimensional Printing Systems brings high-resolution rapid prototyping into the hands of designers or engineers and into any office environment. Based on Objet's patented PolyJet™ and PolyJet Matrix™ –technology, Objet's systems work with Objet FullCure® and Objet software to provide a complete 3-Dimensional Printing solution for virtually any rapid prototyping application.
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PolyJet Process - Objet's patented PolyJet™ inkjet technology works by jetting state of the art photopolymer materials in ultra-thin layers (16µ) onto a build tray layer by layer until the part is completed. The intuitive Objet studio™ software manages the process.
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Each photopolymer layer is cured by UV light immediately after it is jetted, producing fully cured models that can be handled and used immediately, without post-curing. The gel-like support material, which is specially designed to support complicated geometries, is easily removed by hand and water jetting. |
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PolyJet Advantages
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- High quality: Market-leading resolution of 16µ ensures smooth, accurate and highly detailed parts and models.
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- Highly accurate: Precise jetting and build material properties enables fine details and thin walls (600µ or less depending on geometry and materials)
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- Clean: Suitable for an office environment, with non-touch resin loading/unloading, easy support removal, and easy replacement of jetting heads |
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- Fast: Rapid process, due to high-speed raster build at full width, simultaneous building of multiple items, and no post-curing |
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- Versatile: The wide variety of FullCure materials enables parts with different geometries, mechanical properties, and colors; use of the same Support material for all model types makes switching materials easy and fast. |
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The PolyJet Matrix Process - Objet’s patent-pending PolyJet Matrix technology
works by jetting two distinct Objet FullCure® photopolymer model materials in
preset combinations.
The dual-jet process can combine materials in several ways,
enabling the simultaneous use of two different rigid materials, two flexible
materials, one of each type, any combination with transparent material, or two
jets of the same material.
Each material is funneled to a dedicated liquid
system connected to the PolyJet Matrix block, which contains 8 printing heads.
Two perfectly synchronized printing heads are designated for each material,
including the support material.
PolyJet Matrix Technology controls every one of
the 96 nozzles in every print head. Preset composites of model materials are
jetted from designated nozzles according to location and model type, providing
full control of the structure of the jetted material and hence of its mechanical
properties. This enables each composite material, called a “Digital Material”,
to provide specific values for tensile strength, elongation to break, HDT and
even Shore A values.
The materials are jetted in ultra-thin layers onto a build
tray, layer by layer, until the part is completed. Each photopolymer layer is
cured by UV light immediately after it is jetted, producing fully cured models
that can be handled and used immediately, without post-curing. The gel-like
support material, which is specially designed to support complicated geometries,
is easily removed by hand and water jetting.
Dedicated Objet Studio for Connex™ software manages the process, handling
multi-material STL files and creating files that combine different materials,
assemblies and model characteristics. |
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PolyJet Matrix Advantages
* Enables the on-the-fly fabrication of Digital Materials™ – Composite materials
that closely emulate the mechanical properties of the target design
* Enables the combination of black and white rigid materials, creating a wide
range of grayscales suitable for consumer electronics and other applications
* Eliminates the need to design, print and glue together separate model parts
made with different materials in order to create a complete model, saving
printing and post-processing time
* Dramatically reduces the risk of error when creating complex molds for double
injection by enabling the majority of testing to be performed on early stage
prototypes instead of requiring silicon molds |
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Materials
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Objet's FullCure® family of proprietary acrylic-based photopolymer materials enables Objet users to create highly accurate, finely detailed 3-dimensional models and parts for a wide range of Rapid Prototyping applications.
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Delivered in fully sealed 2kg or 3.6kg cartridges, FullCure Model materials and Support materials are environmentally safe, requiring no skin contact. Loading and unloading is similar to the process of installing and removing inkjet cartridges from a paper printer.
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| The wide variety of resins within the FullCure family, including transparent, colored, opaque, flexible and rigid properties, enables models that meet a wide range of fit, form, function and "feel" requirements. FullCure Support material, used in combination with any FullCure Model material enables models with an unlimited array of complex geometries, including overhangs and undercuts.
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| FullCure materials are based on Objet's PolyJet™ technology, which produces fully cured models that can be handled immediately after being built. This is a unique advantage over other RP technologies and materials, which all require lengthy post processing.
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FullCure720 Transparent |
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TangoGray |
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VeroWhite |
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TangoBlack |
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VeroBlue |
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TangoPlus |
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VeroBlack |
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TangoBlackPlus |
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VeroGray |
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Digital Material
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DurusWhite |
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The Objet™30 Desktop 3D Printer - The smallest details create the real design.
The Objet30 Desktop 3D Printer delivers a unique combination of high-quality, finely detailed printed models available in a compact office-friendly system. Creating smooth surfaces, complex geometries, small moving elements, fine details, stand-out text and whatever else the design demands. Just the solution that companies need to shorten their design cycle and propel their businesses forward.
Based on Objet’s proven PolyJet™ Photopolymer Jetting Technology, the Objet30 creates true-to-life parts of any kind with superb accuracy. It can build models simply, cost effectively and precisely as you design them.
Models produced on the Objet30 are smoothly surfaced and finely detailed; the strong model material and highly accurate printing enable thin walls and small moving parts. The models are ideal for painting, functional, fit and form testing, and vacuum forming.
The Objet30 operates as a network printer, allowing multiple designers in the office to send their files to be printed. The 300 x 200 x 150 mm (11.81 x 7.87 x 5.9in) build tray enables large models or many small parts to be built simultaneously, saving time and cost. The Objet30 is small and lightweight enough to fit in any office, on a desk or with the stand Objet offers with the printer. It uses sealed 1kg cartridges of resins and the printed models are fully cured on the build tray.
Objet30 Desktop 3D printer - Key Benefits
The Objet30 Desktop 3D Printer produces precise details
Excels in printing exceptional detail by combining thin 28μ layers with a very small drop size and a high resolution of 600 x 600 dpi.
- Precise parts for functional, fit and form testing
- Highly accurate model size and shape (typically 0.1– 0.2 mm)
- Complex geometries and small moving elements
- Design verification for a wide range of applications
- Printing of text and other details that stand-out clearly
The Objet30 Desktop 3D Printer enables high productivity
Printing more in less time with the Objet30.
- Enables big parts or many small parts to be
printed simultaneously due to a build tray size of 300 x 200 x 150mm
(11.81 x 7.87 x 5.9in)
- Four-cartridge loading delivers up to 36 hours unattended printing
The Objet30 Desktop 3D Printer is ideally suited for an office environment
Small and lightweight, the Objet30 is a desktop 3-D printer that is perfect for any office, anywhere.- Fits on a desk or dedicated stand Network-enabled to support multiple designers
- Required no special electricity supply
The Objet30 Desktop 3D Printer is intuitive and simple to use
The Objet30 is designed to be easy to use, with simple printer management and operation.
- Turn any 3D CAD file into a part with just a few mouse clicks – Intuitive Objet Studio™ software ensures easy operation
- Fast and easy support removal – Just minutes from printing to finished parts
- Easy, error-free loading of Model and Support materials
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Technical Specifications |
Tray size (XxYxZ)
300 x 200 x 150mm
(11.81 x 7.87 x 5.9 in) |
Net build size (XxYxZ)
294 x 196 x 150mm
(11.57 x 7.72 x 5.9 in) |
Layer thickness
28µm (0.0011 in) |
Build Resolution
X-axis: 600 dpi
Y-axis: 600 dpi
Z-axis: 900 dpi |
Material Supported
•VeroWhite FullCure830 Modeling material
•FullCure705 gel-like support material
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Cartridges Weight
•1kg (2.2 lb.)
•Number of cartridges:
2 per model & 2 per support |
Power Requirements
110 – 240 VAC 50/60 Hz
1.5 KW single phase |
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Machine Dimensions (WxDxH)
825mm x 620mm x 590mm
(32.25 x 33.85 x 40.94 in)
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Machine Weight
83kg (183 lbs) |
Input Format
STL, and SLC File |
Operational Environment
Temperature 18°C to 25°C
(64.0°F to 77°F)
Relative Humidity 30-70% |
Special Facility Requirements
– None |
Number of Printing Heads
2 units |
Network Communication
LAN - TCP/IP
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Connex 3D Multi-Material Printers
The Connex family consists of the first 3D printing systems that enable simultaneous jetting of multiple model materials. This unique ability to print parts and assemblies made of multiple materials in a single build and to create composite Digital Materials™ on the fly facilitates closer-than-ever simulation of a wide variety of end products.
The Connex family
includes:
It also means that double injection products can be created very early in the product design process – reducing costs, minimizing risks associated with creating complex molds for double injection and opening up new application opportunities which includes:
- Durable end-use parts –
Answer most of the design
requirements by creating complex structures in a single build process.
- Over molding parts and double-injection process simulation – Eliminate design restrictions and facilitate part creation with accurate
look, feel and functionality.
- Labeling, texture and imprints – Apply unique visual effects and transparency to differentiate areas of interest and create aesthetic appeal, without post-processing.
- Plugs and seals – Create
a watertight barrier directly
on the part in one build
process
- Living hinges, gaskets and hoses – Create parts that withstand repeated bending and flexing, with excellent elongation at break combined with very good tear resistance.
- Shock absorption and impact resistance –
For protective
covering, vibration damping
and improved performance.
- Coating parts – Coat rigid material with flexible material to create a final part with specific touch-and-feel properties, flexibility and more.
- Biomedical and translucent parts – Combination of transparent FullCure720 and opaque FullCure Vero materials enables creation of translucent medical models that show nerves, tumors and
other details.
With the high accuracy of ultra-thin layers, parts produced on Connex multi-materials 3D printing systems have exceptionally fine details and an outstanding surface finish. High-quality output and unique multi-material printing capabilities make Connex systems the perfect choice for simulating end products and parts. |
Connex500™
Connex350™
Connex260™
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Metal Coating
Metal coating can be successfully performed on PolyJet models to provide a decorative finish or a hard surface for wear in various applications.
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Textured applications
The ever-growing use of textured parts and components in today’s industry has increased dependence on high-quality
models. 3-D printing of Objet’s parts provides the exact next step required to have these actual models in hand, printed in high-quality with remarkably fine details.
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Penetrating Dye for Translucent Color
Color brings life to your models, and there is no simpler way to add color and preserve translucency than using aniline dye with PolyJet™ models.
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Painting of PolyJet™ Parts
For sales samples, photography or finished models, pain¬ted PolyJet™ parts produced using Objet 3-Dimensional Printing Systems will give your customers a compelling preview of your newest products.
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Metal Spin Casting
One of the most exciting modern applications of spin casting technology is its use in rapid prototyping and product development. It is ideal for quickly and economically producing numerous fully functional, fragile parts in high-strength metal or plastic from computer - generated RP models.
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Jewelry Molds Using VLT Rubber Process
The recent introduction of Castaldo® VLT™ molding rubber opens the way to a new time-saving process for jewelry molding using Objet Eden™ 3-Dimensional Printing Systems.
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Coating |
 
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Over Mold
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Medical
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