Material Rack Versions
Before this project, there were very few Material Rack configurations promoted and advertised. I produced a much more thorough lineup of Material Rack configurations. The goal was to give clients the ability to buy in at varying price points, then have a robust catalog with plenty of options if they wanted to scale up their operation.
This project was needed to accommodate the needs of small-scale and large-scale clients. Creating a catalog of material racks varying from 5lbs to 80lbs opened up the door to a wider variety of clients my company could work with.
80lb Material Rack - Jacketed
80lb Material Rack - Non-Jacketed
8 Column Material Rack - Jacketed - Sectional
8 Column Material Rack - Non-Jacketed - Sectional
40lb Material Rack - Jacketed
40lb Material Rack - Non-Jacketed
30lb Material Rack - Jacketed
30lb Material Rack - Non-Jacketed
20lb Material Rack - Jacketed
20lb Material Rack - Non-Jacketed
4 Column Material Rack - Jacketed - Sectional
4 Column Material Rack - Non-Jacketed -Sectional
20lb Material Rack - Jacketed
20lb Material Rack - Non-Jacketed
15lb Material Rack - Jacketed
15lb Material Rack - Non-Jacketed
10lb Material Rack - Jacketed
10lb Material Rack - Non-Jacketed
10lb Material Rack - Jacketed
10lb Material Rack - Non-Jacketed
5lb Material Rack - Jacketed
5lb Material Rack - Non-Jacketed
2 Column Material Rack - Jacketed - Sectional
2 Column Material Rack - Non-Jacketed - Sectional
30lb Material Rack - Non-Jacketed
Why was this project needed?
To give the customer more options to choose from
Be able to scale and pair components of the extraction process together
To promote sales of individual components through bundled products
To reduce the number of custom orders sales workers would have to complete
To show customers the potential of how large-scale you can go
What design skills were used in this project?
Render multiple views
Creating various configurations
Created manifold to connect individual components together
Mating complex assemblies
Sourcing existing products suitable for the design
Maintaining a common origin point across all versions
Modeled hosing using 3D sketches and splines
Converted entities used in sketches
Use of feature linear patterns and mirrors