TFTD Flower Structure｜
Future Floral Arrangement Competition
Flowers × Technology:
3D Printed Vases Redefining the Future of Floral Aesthetics
Renewed Collaboration with the Taiwan Florist Transworld Delivery Association｜
A New Chapter of Cross-Disciplinary Innovation
On August 17, 2025, E-Plast once again collaborated with the Taiwan Florist Transworld Delivery Association (TFTD) by participating in the 9th Second General Assembly of the Taiwan Florist Association. This special event highlighted the brand’s role as a key partner in the “Future Floral Art Competition｜Floral Structures.” Following the earlier success of the “Orchid Art in Tainan Hospital – A New Horizon” project earlier this year, this new collaboration further showcased the unlimited potential of 3D printing in floral design.
Traditionally, floral competitions have emphasized the selection of flowers and the artistry of arrangement. This time, however, the spotlight expanded to include high-quality gradient vases created with 3D printing technology. Designed by E-Plast and manufactured using advanced 3D printing systems, these vases offered each floral designer a unique platform for creativity. A total of 11 contestants were invited to participate, each selecting their preferred vase color in advance, then conceptualizing their design before the event. On the competition day, the floral artists paired specific flowers with their chosen 3D printed gradient vases, creating diverse interpretations of beauty and style.
This collaboration demonstrates not only E-Plast’s strength in digital fabrication and 3D printing technology, but also the readiness of Taiwan’s floral industry to embrace new materials and design methodologies. From traditional ceramic or glass vases to innovative gradient vases, floral designers are no longer confined by conventional containers. Instead, they can explore fresh and expressive artistic possibilities. The competition stage thus became more than an exhibition—it evolved into a dialogue between digital manufacturing and floral aesthetics, paving the way for future cross-disciplinary innovations.
Features of 3D Printed Vases｜Streamlined Structures × Gradient Colors
The 3D printed vases provided for this event were carefully designed and produced using E-Plast’s in-house 3D printing machines. Each vase adopts a streamlined structural form, symbolizing the harmony between organic movement and advanced technology. Unlike traditional vases, which often emphasize solidity and uniformity, these vases feature dynamic curves enhanced by color gradient effects that create a sense of visual flow—making the vase itself feel like a living art piece.
Manufactured through direct pellet extrusion technology, the vases offer both reduced material waste and excellent structural stability. Each design is not only visually striking but also engineered to securely support floral arrangements. Beyond competitions, the vases are ideal for interior decoration, art exhibitions, or personal collections, fitting seamlessly into modern living spaces or upscale commercial venues.
The use of gradient colors makes every vase visually unique. The transitions between hues echo the diversity of natural flowers, transforming the vase into more than just a container—it becomes an artistic medium that interacts with floral materials. Together, flowers and vases form a complete aesthetic composition.
This also demonstrates the forward-looking role of 3D printing in art and design. While traditional vases are bound by molds and manual shaping, digital modeling allows endless flexibility. Designers can rapidly experiment with new shapes and tailor vases to specific themes or creative visions. By integrating digital fabrication with floral artistry, the possibilities expand far beyond what traditional craftsmanship can achieve, marking a true breakthrough in cross-disciplinary design.
Floral Art × Technology｜Inspiring New Aesthetic Possibilities
At the “Future Floral Art Competition,” the 11 contestants combined their chosen 3D printed gradient vases with assigned flower varieties, presenting a wide spectrum of unique works. The event clearly demonstrated how vase design directly influences floral expression, and how technology can spark inspiration in the art of floristry.
Each piece was more than a floral arrangement—it was a fusion of flowers and technology. The streamlined geometry and gradient colors guided the flow of flower placement, creating depth and enhancing the visual rhythm of each composition. The results showed that 3D printing does not replace traditional artistry but instead expands the expressive possibilities available to designers.
This event also highlighted the educational and industry value of 3D printing in floral design. For floral artists, the process was both a creative challenge and a learning experience, helping them explore how digital manufacturing tools could enhance their practice. For the audience, it was an immersive visual feast; for the floral industry, it marked a glimpse into future opportunities where digital fabrication meets cultural creativity.
At E-Plast, we believe that technology is not a cold tool but a bridge that resonates with human emotion. By continuing to develop innovative 3D printed vase designs and pushing the boundaries of material applications, we aim to bring more surprises to the world of floristry. Moving forward, E-Plast will remain dedicated to exploring the limitless possibilities of “Flowers × Technology”, ensuring that 3D printing plays a vital role not only in industrial manufacturing but also in cultural, artistic, and lifestyle applications
