We combine high-tech processes with true craftsmanship precision to create individual high-end components.

Advanced Craftsmanship stands for the fusion of technological depth and precise manual workmanship. We integrate electroforming, additive manufacturing, CNC machining, lamination techniques, and surface finishing into a fully orchestrated, end-to-end process. The result is components that are technically sophisticated and visually distinctive—far removed from conventional mass-production logic.

Because modern projects demand precision, individuality, and flexible processes—not standard solutions.

We see that designers, engineers, and brands increasingly rely on bespoke solutions. Traditional manufacturing models often fall short in this context. Our approach combines decades of model-making expertise with modern production technologies. This enables maximum design freedom, fast iterative processes, and a level of quality that can only be achieved when technology and craftsmanship work hand in hand.

Electroforming, 3D printing, CNC machining, lamination, surface finishing, and metal fabrication.

Our strength lies not only in mastering individual processes, but in their intelligent combination: electroforming for ultra-precise metal structures, 3D printing for free-form geometries, CNC machining for maximum dimensional accuracy, composites made from GFRP, CFRP, or NFRP for high-performance lightweight construction, finishing processes for both visible and functional surfaces, and metal fabrication for stable structures and reliable mechanical components.

They are lighter, stronger, and more complex than components made using a single process.

Hybrid components combine the strengths of individual technologies: design freedom from 3D printing, structural stability from electroforming, and precision from CNC machining. This enables components for premium and high-tech applications that would be difficult or impossible to realize using conventional manufacturing methods.

Automotive, aviation, yachting, luxury goods, medical technology, architecture.

Wherever design ambition meets precision. Our processes are particularly strong in small series, prototyping phases, function-critical components, and high-end surfaces—for example in yacht interiors, VIP aviation, medical technology, or exclusive design objects.

By pushing technical boundaries and expanding design possibilities.

Designers should be free to think without constraints. We provide early-stage consultation on materials, feasibility, geometries, and processes. This reduces iterations, improves quality, and ensures that creative ideas remain realizable without technical compromise.

Through clear technical parameters, reproducible processes, and precise interfaces.

We provide technical data, tolerances, material properties, layer thicknesses, CAD feedback, and clear process documentation—ensuring smooth integration into development and approval workflows.

Because high-end projects rarely require standard solutions—precision in unique parts is key.

Customization means that every component fulfills a specific function, aesthetic, and tactile requirement. Thanks to our manufacturing depth, we can precisely meet customer specifications in geometry, material, surface, and mechanics—without limitations imposed by tooling or mass-production logic.

Metals, plastics, composites, hybrids.

We process nickel, copper, cobalt, precious metals, plastics, GFRP/CFRP/NFRP, 3D printing materials, and hybrid combinations. Material expertise is a key factor in component performance and design quality.

Because projects become faster, clearer, and less risky.

Complex projects often fail at interfaces. When one contact coordinates all trades—manufacturing, surfaces, mechanics, logistics—the process becomes calm and controllable. We call this the “caretaker principle”: one person who takes responsibility and enables decisions.

Someone takes responsibility—not just tasks.

Our caretaker understands the project, requirements, risks, and priorities. They coordinate trades, communicate transparently, and ensure deadlines and quality standards are met. For customers, this means less coordination effort and greater reliability.

We manage multiple parallel projects without compromising quality.

Through clear processes, prioritization, dedicated project owners, and technical expertise, we can run multiple projects simultaneously without friction. Our system is based on transparency, regular updates, and early risk indicators.

Briefing → feasibility → samples → production → finishing → quality control → delivery.

We work collaboratively: fast prototyping, clear technical evaluation, iterations, defined quality stages, transparent communication, and binding approvals.

Through documented processes, manual inspection, and modern measurement technology.

We use micro-measurement, optical systems, layer thickness control, material tracking, and final manual inspection. For us, quality is not a step—it is an attitude.

We think in terms of feasibility—not limitation.

We combine comprehensive manufacturing expertise with true craftsmanship and design proximity. There is no standard solution—only the best possible solution for the task. Many customers come to us when others say “no.”

Structures that are difficult or impossible to manufacture with CNC.

Electroforming enables extremely thin-walled, highly precise metal geometries with perfect surfaces—without burrs, without thermal stress, and with minimal distortion.

Yes—shape, material, surfaces, mechanics, details.

We adapt every element: wall thickness, structure, metal composition, finishes, logos, light integration, and mechanics—for single pieces as well as small series.

Yes—design and engineering work together here.

We support CAD development, material selection, tolerances, mechanical definition, 3D models, and functional integration. The goal is optimal manufacturability and design quality.

Depending on complexity: from a few days to several weeks.

Thanks to our in-house manufacturing depth, we can react extremely quickly. Samples are often possible within a few days. Series or hybrid components typically take several weeks, depending on surface, mechanics, and material mix.

For teams that need design freedom and precision in execution.

Designers, engineers, product managers, brand managers, and innovation teams benefit most—wherever traditional manufacturing is too inflexible, Advanced Craftsmanship opens new possibilities.

Because precision is not a process step—it is an attitude.

Attention to detail does not emerge at the end, but in every project decision. We believe components only truly excel when design, technology, material, and surface are taken seriously down to the smallest detail. This mindset defines our way of working, our quality standards, and our internal culture.

It turns a functional component into an outstanding one.

For us, love for detail means that every element—a chamfer, a radius, a highlight, a layer thickness—is consciously designed. This is not a “nice-to-have,” but a core part of our identity. Every component receives the same care, whether it is a one-off or a series.

By listening more than we speak.

We do not start projects with a predefined solution, but with questions. Listening means understanding requirements, recognizing context, identifying risks, and aligning expectations clearly. Many customers find this refreshing, because the focus is on real needs—not on technology for its own sake.

Because high-quality work can only emerge in a respectful environment.

Appreciation means clear interaction, honest communication, transparent decisions, and respect for the expertise of everyone involved—from designers to fabricators. This attitude builds trust and ensures collaboration on equal footing.

Through responsibility, freedom, and continuous learning.

We do not see people as “resources,” but as carriers of expertise. Development happens through challenging projects, technological diversity, internal knowledge formats, and real responsibility in daily work. People grow here because they are allowed to shape—not just execute.

Because trust is the greatest driver of efficiency.

Long-term partnerships enable faster decisions, more precise coordination, and better results. Those who know us understand how we think, review, and decide—reducing friction and creating a shared language across design, development, and procurement.

Everyone interacts with respect—regardless of role or title.

Whether designer, engineer, buyer, or project manager: every perspective has value. Our approach is dialog-oriented, solution-driven, and never condescending. Working at eye level does not mean harmony—it means clarity, reliability, and honesty.

Responsibility is not distributed—it is taken.

We communicate transparently, make clear decisions, and stand by them. Responsibility means naming risks early, proactively offering solutions, keeping delivery commitments, and treating quality standards as non-negotiable. This creates stability in projects.

It means: we never leave anyone on their own.

“Taking care” describes an attitude of active support: following up, giving early warnings, thinking ahead, and accompanying the process. Many customers say, “You think things through to the end.” That is exactly our standard. A project is only complete when it truly works—not when it is merely “handed over.”

We combine precision with empathy.

Technology can be purchased. Mindset cannot. Our way of working is defined by honesty, reliability, humility, and genuine interest in people. People do not choose machines—they choose people who take responsibility, listen, and deliver results.