In a collaborative effort between a group University of Tokyo students and architect Kengo Kuma, a unique 3D printing pen that creates freestanding architectural structures has been created.
The handheld printing device "can be used to create complex architectural structures out of plastic sticks." Each structure is quite durable since the pen fuses each string together using acrylic rods. The pen works in a similar fashion to a gun -- the user applies pressure to a trigger, which allows the rods to be emitted and carefully connected to one another.
This high-tech device will allow designers to drawn their ideas to-scale without using alternative time-consuming materials. The printing pen is described to be able to create "large-scale hand-drawn structures." This high-tech gadget could be the next best utensil used by architects.
What Makes This Trend Stand Out
- 3D Printing Pen
- Innovative 3D printing pen creates freestanding architectural structures, offering new possibilities for designers.
- Handheld Printing Device
- Compact printing device enables architects to quickly create durable and to-scale structures using plastic sticks.
- Large-scale Hand-drawn Structures
- The ability to create large-scale structures with a handheld printing pen opens up disruptive opportunities for architectural design.
Sectors Adopting This
- Architectural Design
- The 3D printing pen revolutionizes the architectural design process by introducing a compact and versatile tool for creating unique structures.
- 3D Printing Manufacturing
- The emergence of 3D printing pens in architectural design presents opportunities for growth and innovation in the 3D printing manufacturing industry.
- Product Design
- The handheld printing device expands the possibilities of product design by enabling the creation of intricate and durable structures using innovative techniques.
