CNC Machining Cases
Wooden Representation Of a Human Face
This project merges art and technology, featuring a finely CNC-carved depiction of a woman on solid oak. Using advanced CNC (Computer Numerical Control) technology, every detail was carefully programmed and executed, ensuring precision and artistry at every step.
The process began with a rough carving pass to shape the form, followed by smoothing to refine the intricate details and depth of the artwork. The seamless transitions and lifelike features create a captivating visual flow, bringing the piece to life.
This project showcases the remarkable potential of CNC machining, transforming intricate digital designs into stunning, tangible masterpieces that blend craftsmanship and innovation.
CNC-Carved Oak Ruins for Dorthe Mandrup’s EXILE Museum Exhibition
This project recreated the iconic ruins of the Anhalter Bahnhof, the historic Berlin train station, for Dorthe Mandrup’s EXILE Museum exhibition. These ruins, standing in front of the museum site, symbolize the journeys of those who fled Nazi persecution between 1933 and 1945.
Using advanced CNC technology, the oak was carved to replicate the architectural details of the Anhalter Bahnhof’s portico. Precise 3D modeling and CNC machining ensured accuracy in capturing the essence of the original structure.
This work reflects the blend of history and innovation, contributing to an exhibition that honors themes of displacement and resilience.
CNC-Carved Facade for Dorthe Mandrup’s EXILE Museum Exhibition
This 1.5-meter-long, 0.5-meter-wide oak facade was designed and crafted for Dorthe Mandrup’s EXILE Museum exhibition. The piece features an intricate, grid-like pattern inspired by the museum's architecture.
Constructed from 12 individually CNC-machined panels, each segment was carefully aligned and assembled into a continuous curved structure. The detailed pattern not only emphasizes the play of light and shadow but also adds texture and dimension to the design.
This project demonstrates the fusion of advanced CNC technology and craftsmanship, resulting in a striking and meaningful representation of the museum’s architectural vision.
CNC-Carved Candle Holders
These custom-designed candle holders were crafted using CNC technology to achieve their unique, intricate surfaces. The project required high precision and accuracy to create the detailed and smooth transitions that define their design.
Various CNC Machining Projects
These CNC machining projects highlight the precision and versatility of working with wood, plastics, and foam. Each piece was designed and machined to meet functional or aesthetic needs, showcasing the capabilities of modern CNC technology.
Wooden panels feature precise cuts for signage, assembly components, and intricate designs. Foam was used for large-scale models with detailed contours, while plastic and MDF machining focused on durable trays and prototypes.
Through advanced file preparation and CNC machining, these projects delivered accurate and efficient results, bringing complex designs to life across various materials.
DIY CNC Desk Design
This project focused on optimizing a desk design for CNC manufacturing, converting a 3D model into a set of precise, manufacturable parts. The goal was to create a functional and visually appealing desk that could be easily fabricated and assembled.
The original design was refined to ensure all components could be cut efficiently from flat materials using CNC machines. Parts were strategically laid out in nested sheets to minimize material waste and simplify production. Custom features, such as curved edges and interlocking joints, were incorporated into the design for structural integrity and aesthetic appeal.
The result was a desk design ready for production. The organized CNC files streamlined the manufacturing process, enabling easy communication with CNC vendors while ensuring accurate and repeatable results.
