Produce large objects or parts with high precision and efficiency with our large format additive manufacturing facility in Dubai.
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Use our 3D scanning technology to capture the shape, texture, and color of real-world objects to create precise 3D digital models for various applications
Our 3D post-processing involves a series of finishing techniques used to refine and enhance the surface finish, texture, and appearance of 3D-printed objects
The technique of carving and shaping Styrofoam blocks to create physical the bests models or props for a wide range of applications.
Creating physical objects from digital models by adding layers of material on top of each other using our additive manufacturing technology
3D scale model printing our 3D printing technology creates precise and accurate scaled-down replicas of objects, buildings, or products for various applications
Use 3D printing technology to produce small quantities of high-quality products with minimal setup time and cost
3D rapid prototyping, quickly producing physical prototypes of a product design using 3D printing technology for testing, iteration, and refinement
We specializes in creating custom 3D designs for efficient and precise 3D printing solutions
Create One-of-a-kind and innovative bespoke trophies using advanced 3D printing technology
Largest Distribution Facility in DIC – Jaleel
1.5 Meter Tall 3D Printed Coco Cola Bottle
1.5 meter 3D Printed PUMA Nitro Shoe
3 Meter Long Realistic Jet Engine Model
Designed And Printed Realistic Scale Model
Scale Model Of A Electric Compressor For Hitachi
3D Printed Asics Gel Nimbus Shoe For Visual merchandising
Large Format 3D Printed Chair Using Plastic Granules
Large-format 3D printing technology allows for the creation of three-dimensional objects on a larger scale than traditional 3D printers. This process involves depositing material layer by layer to build up the desired object, using specialized equipment capable of producing larger and more complex prints. Large-format 3D printing is used in a variety of industries, including automotive, aerospace, and architecture, where it enables the production of large-scale prototypes, parts, and models. This technology is revolutionizing the way we think about manufacturing and has opened up new possibilities for innovation and creativity.
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The fused deposition modeling melts plastic filament and moves it layer by layer to form a solid object. The object is finished when all the layers are completed.
Laser sintering solidifies powder materials like nylon using a laser. To form layers, then these layers are coated with a blade and the process is repeated to form a solid part.
In SLA, a series of overlapping beams from a laser are directed on the surface to form a precise solid surface. As the light is absorbed by the resin, it is transferred into the final product.
C3D offers cost-effective precision cutting using CNC and laser cutting. CNC machines use computer code, while laser technology creates delicate shapes with high-power beams.