Adding more color to your 3d printing prototype service through CAD

2D plans are used to create 3D designs. The worst part would be having to draw these by hand especially when there are many revisions. A look at 3D models from different angles is being studied before showcasing the draft. 

CAD made the revisions easier and quicker. The production speed and turnaround time of the drafting process are impressive. The software also made industries achieve higher degrees of accuracy in their designs.

With CAD, architects and engineers may offer internal object placement to their clients. They could easily show the interior of a structure. It also lets them render 3D models and previews of projects.

Over the years, CAD has proven to be of great advantage.

Scope of errors from architects and engineers are much lower compared to using the traditional way of drawing. Files are easily edited and printed whenever required. Parts of the drawing can also be mass-produced for future uses. CAD templates save time by providing all information needed. Lastly, CAD is more accurate for it provides a mini version of the complete structure.

Architects and engineers could now focus on other things such as what materials are more stable for the structure. They could work on the safety measures needed before and after construction. They have less to worry about as CAD ensures the accuracy of all information. 

With all these advantages, the finished product would be able to meet the expectations of its stability as a well-structured building.

Another feature is the animation CAD offers. It adds life and color to the prototypes, making them fun and interactive for virtual tours.

Prototyping service with 3D2GO

Through CAD, the designer is able to import real imagery from a satellite view.

How We Process Your Request:

1. One of the first steps needed to create a 3D model is to collect several photos or  two-dimensional blueprints that illustrate all angles of the object. Capturing every angle will make 3D modeling easier and faster. The result will also look more realistic.
2. The 3D modeler usually starts with a primitive shape like a cube, cylinder, or a plane using 3D modeling tools.
3. Manipulating of points to start creating the mesh or the core of the model and turn it into a concrete-looking object.

Titanium and 3d metal printing

Titanium has become the most commonly used metal in 3D printing. They are widely used in aerospace, joint replacements, and surgical tools, race cars and bicycle frames, electronics, and other high-performance products. This is because titanium and titanium-based alloys offer high mechanical strength, high strength-to-weight ratio, and better corrosion resistance than stainless steels. Rockets and planes are lighter. It also saves fuel and increases payload capacity. Meanwhile, in the aerospace industry, several titanium-based 3D printed parts are approved by the US FAA. They are currently in commercial and military use, with numerous other prototypes making their way toward certification. 

In the medical industry, 3D printed titanium implants have been successful. They are being used across spine, hip, knee, and extremity applications. This is due to the metal’s inherent biocompatibility and good mechanical properties. It is perfectly combined with 3D printing’s ability to tailor porous structures enabling bone integration and mass customization for better patient outcomes. Medical implants are manufactured to cover large groups of patients with the same condition. Now, with 3D printing metal, it is possible to produce implants designed exclusively for individual patients. 

3D2GO is not only for personalized entertainment purposes of 3D printing. We have also partnered with professionals and offered our end-to-end 3D printing service.

Get in touch with us by sending us files in .obj or .stil format in our email address management@my3d.com.ph.  You can also reach us through our Facebook and Instagram pages today!