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From Idea to Industrialized Product
I help startups and companies develop mechanical products from concept to production, including prototyping, optimization and industrialization.
Unified Engineering provides end-to-end mechanical product development services, combining design, prototyping and real-world manufacturing experience to deliver reliable and scalable solutions.
Value proposition
Proximity and direct collaboration
Rapid iteration with in-house prototyping
Consistent and reliable project management
Tailor-made solutions with Swiss precision
A unified engineering workflow from idea to machine
Featured Projects
Unified Engineering provides end-to-end mechanical product development services, combining design, prototyping and real-world manufacturing experience to deliver reliable and scalable solutions.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Robotic Automation System
Design and implementation of a robotic labeling system based on a 6-axis industrial robot.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
The system automatically retrieves labels from a printer and applies them onto parts positioned across a 2 × 2 meter workspace with sub-millimeter accuracy (< 0.5 mm).
Integrated Data Matrix verification ensures label readability and full traceability of each component.
Medical Device – System Assembly
Partially assembled medical device system during mechanical integration and industrialization phase.
Injection Molding – Mold Filling Simulation
Conversion of a prototype design into injection-molded components ready for industrial production.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
The project included part redesign for manufacturability, with optimization of wall thickness, draft angles and material flow.
Rheological simulations were used to validate mold filling and ensure reliable production.
The final solution enabled efficient manufacturing with consistent part quality.
Injection Molding – Part Ejection Process
Plastic injection molding process with part ejection from the mold, demonstrating industrial production and manufacturing validation.
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