Step 1 - 3D Model

A simple 3D model was generated to describe all the functionality of the product.

Step 2 - Sketches

Sketches were done to show different looks for the product.

Step 3 - Enhanced Sketches

Sketches were enhanced to show different design elements that could be incorporated.

Step 4 - Selected Concept

One concept was selected to move forward with, and to include, a refined color scheme.

Step 5 - 3D Model Generated

3D model was generated to incorporate all the required features to a level sufficient to produce a fully functional prototype.

Step 6 - Prototype constructed using 3D files

Prototype was constructed using 3D files to check form, fit, function as well as testing the look of the color combination.

Step 7 - Full Tool Design

A full tool design was done and a production tool was made from it.

Step 8 - Multiple colored samples

“I have been in the process of developing a new and innovative approach to manufacturing a goggle for use in water sports such as Windsurfing, Kiteboarding and Jet skiing where high velocity water spray impacts the face and eyes. Mr. Dwight Brooks of BrooksTech has furnished prompt, detailed, creative and affordable mechanical engineering through SolidWorks from the start. As we approach the launching of this great product, I look back and realize that we could not have done this without the help of BrooksTech. If you enjoy such water sports and come across the Hybrid Goggle made by the Seagoggs Inc, you can see the delicate features and intricate curves associated with this high tech product designed by BrooksTech!”
~Arman H., President Seagoggs Inc

Case Study

BrooksTech

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