CASE STUDY
This project demonstrates how industrial design can create measurable value by connecting technology, people, and business objectives.
The electric stacker is an essential material handling solution widely used in warehouses, factories, and logistics environments. However, traditional stackers often prioritize mechanical performance while overlooking user interaction, operational experience, and visual identity.
This project focused on redesigning the equipment exterior and user experience through the Water-like Design Methodology, integrating functional optimization, ergonomic improvements, and brand-oriented design thinking.
By analyzing the relationship between operators, machines, and working environments, we transformed the traditional industrial appearance into a more intuitive, efficient, and modern equipment solution.
The redesign aims to enhance operational safety, improve user confidence, and create a stronger visual identity for the product in a competitive global market.
Following the principles of the Water-like Design Methodology, the design process began by understanding the real interaction between users and equipment.
Like water adapting to its environment, the design responds naturally to different operational scenarios:
The redesign is not simply an aesthetic upgrade, but a complete transformation from a functional machine into a user-oriented industrial product.
Traditional stackers often have complex visual structures and insufficient consideration for operators’ daily interactions.
Through user scenario analysis, we identified key challenges:
The redesign started from the operator’s perspective, creating a clearer and more intuitive experience.
Inspired by the natural flow principle of water, the design reorganized the relationship between components.
Key improvements include:
Every design element follows the logic of function first, creating a cleaner and more efficient equipment language.
Industrial equipment is not only a machine but also a daily working partner.
The redesign focused on:
The refined structure reduces operational barriers and improves user confidence during intensive working conditions.
The original stacker lacked a distinctive visual character and appeared purely functional.
The new design introduces:
The result is a modern industrial product that communicates reliability, efficiency, and technological strength.
The redesign maintains a practical approach toward industrial production.
Considerations include:
The final solution achieves a balance between design innovation and manufacturing reality.
Through the EQPIDM Design Methodology, the electric stacker has evolved from a traditional industrial tool into a modern intelligent handling solution.
The redesign delivers:
✓ Improved operational experience
✓ Stronger product recognition
✓ Enhanced safety perception
✓ More efficient human-machine interaction
✓ A unified global brand image
This project demonstrates how industrial design can create measurable value by connecting technology, people, and business objectives.
