Table of Contents
Sculpting
The tallest 3D-Printed Sculpture of a Human
The tallest 3D-printed sculpture of a human, created by Dr. Christopher Emdin, was unveiled during Black History Month in 2022. Standing at nearly 20 feet tall, this sculpture is a significant achievement in both the art and technology fields. It commemorates African American heritage and highlights the advancements in 3D printing technology. The sculpture was created using composite polymers and concrete, demonstrating the potential of large-scale 3D printing to produce detailed and durable art pieces. This record-breaking work not only showcases the technical prowess of 3D printing but also serves as an inspiring symbol of cultural and historical recognition.
- Year: 2022
- Materials: Composite polymers, concrete
- Size: 19 feet 10 inches (6.05 meters)
- 3D Printing Method: Large-scale 3D printing
Human Silhouettes Transformed by Augmented Reality
The artwork titled "Human Silhouettes Transformed by Augmented Reality" in Sculpture" by Satu-Minna Suorajärvi, created in collaboration with Kunstventures, Art Cache Helsinki, and Arilyn in 2018, represents a pioneering fusion of traditional sculpture and modern technology. This project showcases 3D printed PLA sculptures enhanced by Arilyn AR software, offering viewers an immersive and interactive experience. Through augmented reality, Suorajärvi explores themes of identity and memory, pushing the boundaries of artistic expression while inviting deeper engagement with her work.
- Year: 2018
- Materials: Arilyn AR software, 3D printed PLA sculptures
- Size: H 800 x W 500 x D 300 mm
- 3D Printing Method: Utilizes PLA (polylactic acid) filament in 3D printing, enabling precise and intricate sculptural forms that interact with augmented reality elements through Arilyn AR software.
Wall Painting
He She Wall Art
"He She Wall Art" is a 3D-printed wall art piece that embodies natural elegance and explores themes of gender and identity through the intertwined silhouettes of a man and woman, resembling the roots of two trees. Originally designed for laser cutting on GrabCAD, the design was converted to an STL file format by Jugaloooo and made available on Thingiverse for 3D printing. The piece is easily adjustable in Fusion 360 and can be printed on the Ender 3 Pro build plate with an 85% scale adjustment in Cura, demonstrating the versatility and accessibility of 3D printing technology in modern art.
- Year: 2021
- Materials: PLA filament
- Size: Approximately 500 x 300 mm
- 3D Printing Method: FDM (Fused Deposition Modeling)
Geometric Unicorn Wall Art
Designed in 2023, the "Geometric Unicorn Wall Art" measures approximately 200 cm x 180 cm and consists of 168 individual units. The geometric design gives the traditional unicorn motif a contemporary twist, making it both a unique and eye-catching addition to home decor. The design was shared on Thingiverse, allowing for easy customization and 3D printing. To facilitate assembly, the artwork comes with a numbered template in PDF format. For those who prefer a life-size template, the free version of Adobe Acrobat Reader can be used to print the template in “poster” mode. The individual pieces can be attached to the wall using Velcro, hot glue, or double-sided tape, making it easy to install and adjust as needed.
- Year: 2023
- Materials: PLA filament
- Size: Approximately 200 x 180 cm
- 3D Printing Method: FDM (Fused Deposition Modeling)
Performing Arts
The Telephones for Tennessee Williams’ Summer and Smoke
The Telephones for Tennessee Williams’ Summer and Smoke were meticulously crafted using the Craftbot Plus printer, a pivotal element in the recent production's set design. These telephones were ingeniously fashioned from authentic candlesticks and salt and pepper shakers. The designer, who had previously built his own printers, lauded the Craftbot Plus for its user-friendly nature. He emphasized that unlike his past experiences dealing with code bugs, part rebuilding, and constant recalibration, the Craftbot Plus simplified the printing process to a "plug and print" dream. Specifically, he designed and 3D printed custom joints and microphone clips for these telephones, leveraging the Craftbot's precision to achieve functional and intricate components essential to the theatrical setting.
The Armors for Shakespeare’s Pericles
The Armors for Shakespeare’s Pericles were meticulously designed using 3D printing technology, marking a significant advancement in costume design. The designer employed this technology to create intricate details such as barnacles and lettering for nine sets of armor. To enhance authenticity, each armor was weathered using a combination of paint and cinnamon, achieving a realistic rust effect. This innovative approach not only showcased the versatility of 3D printing in theatrical costume production but also added depth and realism to the portrayal of characters in Shakespeare's Pericles.
