Kraftek develops and fabricates work across art, craft and design, from early concepts and prototypes to one-off works, limited editions and small-batch production. Combining digital fabrication with material-led craftsmanship, composites and hand-finishing to realize complex and distinctive forms.
From concept to physical form, Kraftek combines different techniques, refine and produce complex forms. Whether it’s a first proof of concept or a prototype ready for limited production, we adapt the process to the requirements of each project.
Kraftek combines digital design, robotic fabrication and precision machining to translate complex digital models into physical forms. From one-off pieces to small-batch production, we turn digital files into finished objects, architectural elements and sculptural forms.
3D printing allow us to test scale, geometry, assembly and production methods before moving into final fabrication. From early-stage concepts to production-ready models, we use digital modeling and additive manufacturing as integral tools within the design process.
Kraftek provides precision CNC cutting and routing for machinable surfaces. CNC machining can be used for prototypes, custom furniture, architectural elements, sculptural works and small-batch production, with finishing and assembly integrated into the fabrication process.
Kraftek can machine sculptural geometries, custom furniture components, architectural elements and large-scale forms with precision and flexibility. From one-off pieces and prototypes to limited and small-batch production, robotic machining enables us to approach each project according to its geometry, scale and material requirements.
Kraftek develops and produces custom forms using composite materials, combining experimental material research with digital fabrication and hands-on production techniques. From lightweight sculptural elements and complex geometries to custom furniture, architectural components and installations, composites allow us to explore forms and applications beyond conventional materials.