Manufacturing, CNC & Laser Cutting
I have hands-on experience working with CNC routers and laser cutters, using precision manufacturing techniques to bring designs to life. From prototyping to final production, I focus on optimizing material efficiency and accuracy to create functional and high-quality components. My work spans a variety of materials, including wood, acrylic, and metals, ensuring versatility across different projects.
This custom maple cutting board was crafted with precision using a CNC router and finished with food-safe resin. The rich, natural grain of the maple is complemented by personalized engravings, making it both a functional kitchen tool and a unique, memorable piece. The durable resin finish ensures long-lasting protection while maintaining a smooth, food-safe surface.
Product Showcase – This composition captures the essence of a refined outdoor brunch, featuring handcrafted wooden boards from SunCity Woods. The warm tones of walnut and maple contrast beautifully with the crisp white of the wrought-iron table, creating a visually appealing balance. A delicate selection of pastries and cookies, alongside freshly brewed coffee and juice, enhances the inviting atmosphere.
Gourmet Giveaway Campaign – This promotional design highlights a premium giveaway featuring top-tier culinary essentials. The composition showcases a beautifully marbled rib-eye cut from Desert Meat, a handcrafted walnut cutting board by SunCity Woods with CNC details, a flavorful seasoning kit from Modeloz, and a refined selection of Bacanora spirits from MayBaki.
A snack set crafted from mesquite wood using CNC router technology, featuring a round, multi-compartment serving tray and a matching salsa bowl. This project showcases the use of modern manufacturing techniques to create timeless, functional pieces for everyday gatherings.
The design highlights the natural beauty of the wood grain while ensuring precision and functionality
Personalized wood engraving adds a unique, sentimental touch to products, making them more appealing to customers seeking one-of-a-kind items. Custom engravings create a sense of ownership and emotional connection, whether for gifts, branding, or home decor. This level of personalization not only attracts customers but also fosters loyalty by delivering meaningful, high-quality designs that exceed expectations.
Crafted with precision using a CNC router, this wooden serving tray is shaped like a football and features the Kansas City Chiefs logo engraved at its center. Designed with multiple compartments, it serves as a functional and stylish piece for game-day snacks or display.
Using a CNC router has given me greater control over the manufacturing process, allowing for precise, repeatable results while offering flexibility for customization based on client needs. This technology enables me to efficiently produce high-quality, tailored products, bridging the gap between design and production with accuracy and consistency.
This custom serving board was crafted from a natural mesquite stump and engraved using a CNC router. The rich grain patterns and organic shape highlight the wood’s natural beauty, while the engraved "Desert Meat" logo adds a personalized touch. I also used the CNC to carve a precise juice groove, enhancing both functionality and aesthetics. This project showcases my expertise in CNC machining, engraving, and working with live-edge wood to create functional yet artistic pieces.
This custom walnut serving board was crafted using a CNC router for precise engraving and detailing. The personalized family name and decorative border add an elegant touch, while the integrated handles enhance functionality. I also carved a juice groove with the CNC to improve usability.
Assembling and working with a Prusa Mendel 3D printer provided me with hands-on experience in rapid prototyping, enabling me to test concepts, refine designs, and bring ideas to life more efficiently. This tool became essential throughout my career, allowing me to experiment with forms, validate functionality, and streamline the design process with quick, accurate iterations.