Canadian fabricator and skateboarder Andrew Szeto (Instagram: Szetoszeto) has taken on something many would consider sacrilegious: he purchased a knock-off Eames Lounge Chair, disassembled it, and reimagined it using reclaimed skateboard decks. The result is a striking example of upcycling, craftsmanship, and design ingenuity that blends the old and the new in unexpected ways.
Deconstruction Before Reinvention
Szeto’s process begins with what many would see as a flaw: the chair is a faux Eames, not the original. But that only frees him to repurpose rather than preserve — there’s no guilt in breaking what isn’t authentic. He tears the piece down, locating the chair’s bones: its shaping, structure, and flaws that can be improved.
Skateboards as Raw Material
The core of the project lies in using old skateboard decks. These decks, many of which have seen wear and tear, are cut into strips. Those strips become the building blocks. Szeto laminates them together, piece by piece, creating layers that are both visually dynamic (thanks to the color and graphic remnants of the decks) and structurally robust.
Forging Shape with Rough Tools
Rather than relying on high-end woodshops or precision molds, Szeto works with what many would call rough tools: reciprocating saws, angle grinders, power planers. But despite this rugged equipment, the end result is remarkably refined. The skateboard laminates are shaped—edges mitred, surfaces planed and sanded—until they mimic the iconic curves of the original Lounge Chair.
Finishing and Renewal
After reaching the rough form, Szeto adds a layer of finish: in his case, a fiberglass film. This gives structural integrity and a polished aesthetic. The recycled skateboard wood, once bearing the scuffs and graphics of street use, is elevated into artful furniture that both nods to its past and points to sustainability in furniture design.
Why This Matters
Upcycling at scale: Taking something destined to be waste (worn-out skateboard decks, knock-off furniture) and turning it into high-value, well-designed pieces.
Material storytelling: You can see the history in the wood grain and graphics of the skateboards. The chair doesn’t try to hide its origins—it celebrates them.
DIY + craftsmanship fusion: The rough tools + skilled hands combo shows you don’t always need a perfect workshop to make something excellent.
Design commentary: It’s a subtle critique of knock-offs, authenticity, and what it means to reimagine design rather than just copy.
Conclusion
Andrew Szeto’s recycled skateboards Eames project sits at the intersection of sustainability, creativity, and design heritage. It’s not just furniture—it’s a statement: that beauty can come from reuse; that craftsmanship isn’t about luxury alone but about vision and transformation.
GROWN bio is revolutionizing packaging with mycelium, a sustainable and biodegradable material derived from fungi. Mycelium packaging is eco-friendly, customizable, durable, and non-toxic, making it suitable for various industries such as consumer electronics, food and beverage, cosmetics, and home goods. This innovative solution aims to reduce environmental impact and promote sustainability.
Ekoa by Lingrove is redefining sustainable design with its unique blend of natural fibers and bio-based resins. Discover how this game-changing material is revolutionizing industries, offering unparalleled strength, flexibility, and eco-friendly appeal.
Rudi’s 2022 collection, designed by Simone Fanciullacci, features innovative home accessories and furniture crafted from sustainable techno leather. This eco-friendly material, made from leather castoffs and natural ingredients, offers both luxury and durability. The collection showcases the versatility of techno leather, emphasizing Rudi’s commitment to sustainability without compromising style and functionality.
Ultrasint® PA6 MF is a polymer powder specifically engineered by BASF and Forward AM Technologies GmbH for demanding industrial applications. The “MF” stands for mineral-filled, which highlights its enhanced mechanical properties compared to standard PA6 powders.
Eames Reinvented: Rebuilding a Lounge Chair with Recycled Skateboards
Canadian fabricator and skateboarder Andrew Szeto (Instagram: Szetoszeto) has taken on something many would consider sacrilegious: he purchased a knock-off Eames Lounge Chair, disassembled it, and reimagined it using reclaimed skateboard decks. The result is a striking example of upcycling, craftsmanship, and design ingenuity that blends the old and the new in unexpected ways.
Deconstruction Before Reinvention
Szeto’s process begins with what many would see as a flaw: the chair is a faux Eames, not the original. But that only frees him to repurpose rather than preserve — there’s no guilt in breaking what isn’t authentic. He tears the piece down, locating the chair’s bones: its shaping, structure, and flaws that can be improved.
Skateboards as Raw Material
The core of the project lies in using old skateboard decks. These decks, many of which have seen wear and tear, are cut into strips. Those strips become the building blocks. Szeto laminates them together, piece by piece, creating layers that are both visually dynamic (thanks to the color and graphic remnants of the decks) and structurally robust.
Forging Shape with Rough Tools
Rather than relying on high-end woodshops or precision molds, Szeto works with what many would call rough tools: reciprocating saws, angle grinders, power planers. But despite this rugged equipment, the end result is remarkably refined. The skateboard laminates are shaped—edges mitred, surfaces planed and sanded—until they mimic the iconic curves of the original Lounge Chair.
Finishing and Renewal
After reaching the rough form, Szeto adds a layer of finish: in his case, a fiberglass film. This gives structural integrity and a polished aesthetic. The recycled skateboard wood, once bearing the scuffs and graphics of street use, is elevated into artful furniture that both nods to its past and points to sustainability in furniture design.
Why This Matters
Upcycling at scale: Taking something destined to be waste (worn-out skateboard decks, knock-off furniture) and turning it into high-value, well-designed pieces.
Material storytelling: You can see the history in the wood grain and graphics of the skateboards. The chair doesn’t try to hide its origins—it celebrates them.
DIY + craftsmanship fusion: The rough tools + skilled hands combo shows you don’t always need a perfect workshop to make something excellent.
Design commentary: It’s a subtle critique of knock-offs, authenticity, and what it means to reimagine design rather than just copy.
Conclusion
Related Posts
The Future of Sustainable Packaging: GROWN bio Mycelium Materials
GROWN bio is revolutionizing packaging with mycelium, a sustainable and biodegradable material derived from fungi. Mycelium packaging is eco-friendly, customizable, durable, and non-toxic, making it suitable for various industries such as consumer electronics, food and beverage, cosmetics, and home goods. This innovative solution aims to reduce environmental impact and promote sustainability.
Ekoa: The Game-Changing Sustainable Material Revolutionizing Design and Manufacturing
Ekoa by Lingrove is redefining sustainable design with its unique blend of natural fibers and bio-based resins. Discover how this game-changing material is revolutionizing industries, offering unparalleled strength, flexibility, and eco-friendly appeal.
Italian Brand Rudi Unveils Innovative Home Accessories Collection Featuring Sustainable Techno Leather
Rudi’s 2022 collection, designed by Simone Fanciullacci, features innovative home accessories and furniture crafted from sustainable techno leather. This eco-friendly material, made from leather castoffs and natural ingredients, offers both luxury and durability. The collection showcases the versatility of techno leather, emphasizing Rudi’s commitment to sustainability without compromising style and functionality.
Exploring the Industrial Strength of Ultrasint® PA6 MF Polymer Powder: Now Available at Shapeways
Ultrasint® PA6 MF is a polymer powder specifically engineered by BASF and Forward AM Technologies GmbH for demanding industrial applications. The “MF” stands for mineral-filled, which highlights its enhanced mechanical properties compared to standard PA6 powders.