SLiiT
Sliit is a project-based brand founded by Solomon Choi and Giseok Jang. Sliit designs branded collections of unique, emotionally engaging products, with a focus on using PLA 3D printing as a core fabrication method. The goal is to create objects that elevate everyday rituals through thoughtful form, tactile interaction, and cohesive storytelling.
Design, Elevating Everyday Moments
brand design
SLiiT bridges the slit between ordinary and extraordinary moments. The two “ii” in the logo symbolize Solomon and Giseok, co-founders united in design.
selected products
From SLiiT’s catalogue of four projects, two selected products are highlighted to represent the studio’s design ethos and direction.
NYC scaffolding vessel
stool_01
NYC scaffolding vessel
Rather than iconic landmarks, this NYC souvenir is inspired by the city’s most common sight: scaffolding. With over 9,000 structures, it often fades into daily life. The design turns scaffolding into a modular vessel used as a pencil holder, vase, or magazine stand. Made with aluminum pipes and 3D-printed joints, it invites hands-on assembly and celebrates overlooked urban infrastructure.
modular design
The vessel’s modular design invites users to experience the act of assembling scaffolding, while offering flexibility in its uses.
cmf
The colorways achieve their dynamism through flexible fabrication enabled by additive FDM 3D printing.
selected designer
Selected to exhibit a design concept in the juried NYCxDESIGN x SOUVENIR 2025 exhibition, showcasing innovative reinterpretations of New York City souvenirs.
stool_01
Stool_01 is a flat-pack design that highlights scalability through efficient material use, intuitive assembly, and an ergonomic form. Accessible in construction and adaptable across different production scales, it reflects a sustainable and human-centered approach to everyday furniture.
flatpack design
Each part is designed for a tight-fit connection, coming together to form a structure focused on strength and stability. The design emphasizes easy, intuitive assembly.
materials
The seat, 3D printed in PLA, leverages additive manufacturing to maximize tensile strength while minimizing support waste. The ash wood legs, chosen for their balance of strength and flexibility against impact, make the stool both durable and lightweight.
