This project was built and designed by Alex from Bevelish Creations. It features a custom walnut bookshelf with a flowing epoxy resin design, blending modern architecture with classic woodworking techniques.
Designed for a home office, the piece offers practical storage while standing out as a unique visual statement. The resin wraps around the corner of the bookshelf in one seamless motion, inspired by an architectural photo Alex found online.
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Design and Inspiration
The central idea behind the bookshelf came from a building where glass wrapped around a corner. Alex wanted to replicate that fluid movement using epoxy in walnut panels.
This detail isn’t just decorative—it ties the top, side, and door together with a single resin ribbon. The effect creates a visual flow that draws attention and makes the bookshelf feel sculptural.
Material Prep and Resin Planning
Alex starts by selecting thick walnut boards that can be milled down after epoxy pouring. That extra thickness ensures the final panels won’t be compromised during flattening.
To create the corner resin wrap, he glues the top and side panels into one piece before cutting out the resin shape with a jigsaw. This one-piece cut ensures the pattern flows cleanly around the edge.
Pouring and Flattening the Epoxy
The cutout section is filled with epoxy using a repurposed mold, sealed with caulk and shims to prevent leaks. After a full cure, the panel is flattened using a jig with a carbide slab flattening bit.
This tool allows for fine adjustment and long-term use thanks to its rotatable knives. The result is a perfectly flat panel ready for shaping and assembly.
Case Joinery and Resin Continuity
With the epoxy cured and flattened, the top and side panels are separated and trimmed to final size. Alex cuts rabbets on the back and front to accommodate a recessed back panel and slim down the visible edge.
A fast-setting epoxy glue is used for the case assembly, especially since some joints involve bonding to epoxy. Tape is used as a clamping method to ensure even pressure without damaging the finish.
To keep the resin pattern continuous, Alex transfers the shape to the door panel and fills it with the same epoxy. When the door is closed, the visual flow from top to side to front remains uninterrupted.
Shelf Supports and Interior Work
The interior gets shelf pin holes to allow adjustable spacing for books. A walnut back panel is added for structure and contrast, tying the design together while maintaining the sleek look.
Final trimming and sanding ensure everything fits snugly before moving on to the base assembly.
Custom Leg Design and Construction
The base features pairs of angled and vertical legs joined with stretchers. Alex uses loose tenons for strength, opting for domino joinery to speed up the build without compromising structure.
In a spontaneous move, he adds bevels to some joints to experiment with the look. While not entirely successful in his eyes, the detail shows the value of trying ideas mid-build.
Shelf Installation and Final Assembly
Once the legs are assembled, dados are cut into the inner faces to hold the shelf stretchers. Cutting these after glue-up ensures perfect alignment.
The bookshelf case is then attached to the base using screws. Multiple coats of finish bring out the grain in the walnut and give the piece a warm, rich tone.
Reflection on Process and Design
This bookshelf is more than just a piece of furniture—it’s a study in how to integrate epoxy resin into wood design without it feeling forced. The resin wrap mimics movement, while the walnut keeps the piece grounded and timeless.
Alex shows how to take inspiration from architecture and apply it in a woodworking context. From panel prep to final finish, each step is carefully planned and executed.
Takeaways for Woodworkers
This project is full of useful techniques. Using thick stock makes epoxy pouring and flattening more manageable. Loose tenons offer quick, reliable joinery. Tape clamping can replace complex setups when glueing to resin.
It also reminds us that not every design risk will be a hit—but trying something new is part of growing as a builder. The final bookshelf may not be perfect in Alex’s eyes, but it’s elegant, strong, and one-of-a-kind.
Learn more about this project here: https://www.bevelishcreations.com/projects/uniquebookcase/.
Matt’s Take
These are my personal thoughts and tips based on my own experience in the shop. This section is not written, reviewed, or endorsed by the original creator of this project.
The architectural inspiration behind this bookshelf is brilliant—taking that flowing glass detail from a building and translating it into wood and resin shows real creative thinking. That continuous ribbon effect Alex achieved is something that takes careful planning, especially getting the epoxy to flow seamlessly around that corner junction.
Starting with thicker stock for the epoxy work is smart shop practice. It gives you room to flatten everything perfectly after the pour without worrying about breaking through to the wood underneath. That carbide slab flattening bit Alex uses is a game-changer for this kind of work—those rotatable knives really do extend the tool’s life when you’re dealing with the abrasive nature of cured epoxy.
The tape clamping technique for assembly is worth remembering, especially when you’re working with mixed materials like this. Sometimes the simplest solutions work best, and tape gives you even pressure without the risk of metal clamps reacting with uncured adhesive or marring finished surfaces.
Alex’s willingness to experiment mid-build with those beveled joints speaks to something important in woodworking—sometimes you have to try things to see if they work. Not every risk pays off, but that’s how you develop your eye and push your skills forward.