COLOUR JET PRINTING: CJP FULL COLOUR 3D PRINTING:This 3D printing technique is a good option for times when it is required for you to present and visualise your design ideas.
- The Colour jet 3D printer from 3D Systems is capable of producing objects in up to 4 million colors. Prints with a resolution of 80 microns or less provide vibrant colors and excellent detail.
- To ensure details and colors that best match the design validation and visual model effects, the prints are built in a sandstone. There is no support removal step involved, so this makes it easy to create fast visual models since only manual post processing, such as bonding the part, is required.
- This technology is frequently employed to make one-of-a-kind figurines and characters, medical models, as well as color separation for a variety of engineering sectors. dioramas, scale models, and props for photo shoots/animation. All the parts ranging up to 38 cms in length can easily be fused together in order to create larger sized models. The applications of these prints are limitless, ranging from one off prototype through to low volume production of models for different applications.
POLYJET RESIN 3D PRINTINGSMOOTH, ACCURATE PARTS AT HIGH RESOLUTION Polyjet resin 3D printing is like inkjet printing, but instead of spraying droplets of ink on to paper, the printer sprays layers of photopolymer curable resin onto the build bay. Based on size, the typical deviation from STL dimensions, for models printed with rigid materials: under 100 mm – ±100μ; above100 mm – ±200μ or ± 0.06% of part length, whichever is greater. The polyjet can produce prototypes and functional testing in a short amount of time, thanks to its many material choices.
STEREOLITHOGRAPHYQUALITY AND FINISH ARE MADE AFFORDABLE In stereolithography (SLA), a laser cures each layer of a design in UV-sensitive resin with great precision. It is one of the most-utilized, researched, and successful industrial 3D printing processes, serving as the basis for rapid prototyping. SLA Applications and Uses
- Master parts for rapid prototyping
- Visual prototypes for investment pitches and stakeholder buy-ins
- Functional prototypes for concept testing
- Individual part form and fit testing
- Durable materials ideal for on demand parts
- Housing consumer electronics
- Medical devices
- Transparent assemblies such as headlamps or bottles
- Fine detail and high resolution
- Smoother surface finish compared to other processes.
- Fast process
- Wide variety of uses
SELECTIVE LASER SINTERING OR SLS 3D PRINTINGINDUSTRIAL STRENGTH PLASTICS AND ROBUST PARTS Selective Laser Sintering (SLS) is a powder-based process that precisely combines each layer with a laser. The SLS 3D printing process is a highly precise technique for producing high-strength parts, complex geometry, fine visual and physical properties of the functional components, and prototypes at a low cost. Application and Uses of SLS 3D Printing
- Functional and durable parts, components and prototypes for mechanical testing
- Complex geometries and precision parts
- Cost-efficient production of unique and personalized products
- Lightweight designs with lattice structures
- On demand part manufacturing that rivals injection molded parts on manufactured part strength, aesthetics and productivity.
- Suitable for low volume production
- Increased recyclability compared to alternative 3D printing technique
FUSED DEPOSIT MODELLING OR FDM PRINTING:IDEAL FOR SINGLE PROTOTYPE, LOW VOLUME AND LARGE SCALE MANUFACTURING Fused Deposition Modeling or FDM printing is the most popular type of 3D printing. This additive manufacturing technology uses molten plastic to construct parts layer by layer. It is an excellent means of producing models and mock-ups for your designs. With it, you can quickly and simply check the accuracy of your CAD models.
- Highly affordable and quick prototypes can be generated
- Best for large format models, sculptures and props
- Materials are eco-friendly and recyclable
SELECTIVE LASER MELTING: METAL 3D PRINTING (SLM/DMLS/LPBF)Direct metal laser sintering (DMLS) and direct metal laser melting (DMLM) are terms used to describe metal 3D printing, which is an additive layer technology. Metal 3D printing is a technology that builds three-dimensional objects by melting 50 to 80 micron layers of metal powder on top of each other with a laser beam. The entire build platform is covered in powdered metal and melted only where necessary on previously constructed layers. This particular additive process is focused on making it possible for metal parts to be created out of a bed of powdered metal. The technique is similar to other polymer-based Selective Laser Sintering 3D printers, which use a powder bed fusion. The pieces are entirely dense metal with excellent mechanical properties which are up to 99.7 percent dense. Complex geometries may be produced by the method as compared to conventional CNC machining processes that might take longer durations or even not be feasible. Benefits of Metal Parts from 3D Prining
- Design freedom
- Mass customization
- Precision and material properties
- High-Quality and suitable for Low-Volume
- Support Removal
- CNC Secondary Machining (Critical Dimension Re-Qualification)
- Tapping, Threading & Helicoils
- Polishing & Surface Treatment
- Annealing & Age Hardening
- Painting & Finishing
- Material certification or part certification and testing.
DIGITAL LIGHT PROCESSINGON-DEMAND LCD AND DLP 3D PRINTING As a 3D printing technology (additive manufacturing), DLP basically makes solid parts and products using light and a liquid resin. It is a good option for those interested in a 3D printing material that offers great thermal resistance, superior toughness or a soft finish. These resin materials are the right choice for everything, right from prototyping to production, engineering and mechanical projects, automotive parts and consumer goods. DLP is similar to STP in that it’s used to fabricate highly detailed artwork, non-functional prototypes, and also excellent completed components.
Multi Jet Fusion: MJF3D PRINTING WITH MULTI JET FUSION TECHNOLOGY
A fusing agent is used in this procedure to fuse particles together on a material layer where they will join. Afterwards, fusing is modified, fine detail and smooth surfaces are created through the application of a detailing agent. Finally, the area is exposed to energy that will cause reactions between the agents and the material to occur, resulting in the creation of the component. The build box is pulled away from the printer once the printing process has been completed. After that, it’s cleaned, blasted, and additional secondary operations are carried out to meet the client’s needs. Multi Jet Fusion manufacturing technique is specifically used for the creation of unique plastic parts that feature a good surface finish. With such a method, you may build incredibly complex forms in a relatively short period of time.Certified partner network Service