Proven Results, Real Machines
From concept sketches to fully functional prototypes, our work demonstrates our ability to deliver complex solutions that meet client expectations. Explore some of our projects to see how Unified-Engineering brings ideas to life.
Assembly of second-generation reader systems with improved design and optimized components, prepared for industrial production. Developed to comply with CE certification and relevant ISO standards.
Overview of multiple reader systems during assembly phase, showing mechanical architecture and system layout across several units.
Fully assembled reader systems with enclosures, ready for operation and validation.
Assembly of second-generation reader systems with improved design and optimized components, prepared for industrial production. Developed to comply with CE certification and relevant ISO standards.
Product Development
End-to-end development of mechanical systems, from concept to fully functional and industrialized products.
Manufactoring & Industrialization
Optimization and preparation of components for production, including injection molding and process validation.
3D printed rack used as an intermediate solution to validate design, functionality and assembly before transitioning to injection molding.
Optimized component manufactured through injection molding, following redesign for manufacturability and industrial production.
On-site production follow-up with injection molding supplier, including testing and optimization of different polymer materials.
3D printed rack used as an intermediate solution to validate design, functionality and assembly before transitioning to injection molding.
Multiple resin prototypes produced to quickly test different geometries and angles, reducing development time and avoiding costly machining iterations.
First batch of functional 3D printed racks produced to validate design, assembly and real-use conditions with client components.
Optimized version of the rack designed to reduce printing time and material usage while maintaining full functionality.
Multiple resin prototypes produced to quickly test different geometries and angles, reducing development time and avoiding costly machining iterations.
Prototyping
Rapid iteration and validation of concepts through functional prototypes.
Automation & Robotics
Design and integration of precision automated systems.
Automated labeling system using a 6-axis robot and a 2 × 2 meter workstation to handle multiple parts simultaneously. The robot retrieves labels from a printer and places them with sub-millimeter accuracy (< 0.5 mm).
Close-up of the robotic labeling process using a vacuum gripper to pick and place labels onto components with high precision. Ensures accurate positioning and reliable application on functional racks.
Detailed view of labeled parts demonstrating sub-millimeter positioning accuracy and repeatability of the robotic labeling process, with integrated camera verification of Data Matrix readability.
Automated labeling system using a 6-axis robot and a 2 × 2 meter workstation to handle multiple parts simultaneously. The robot retrieves labels from a printer and places them with sub-millimeter accuracy (< 0.5 mm).
Development of a laser alignment concept with a minimal number of components, focusing on simplicity and precision. Contribution to a published patent application.
Design of a custom cardboard packaging solution, including structural design, print layout and integration of barcode, SKU and QR code.
Complete redesign of a company website, including product presentation, online shop and inventory management system.
Development of a laser alignment concept with a minimal number of components, focusing on simplicity and precision. Contribution to a published patent application.
Additional Projects
Complementary projects highlighting versatility across design, packaging and digital development.
Private Projects
Independent projects covering the full development cycle, from concept and prototyping to production and distribution.
Rheological simulation performed to analyze material flow and validate mold filling behavior prior to production.
Process Injection molding process showing part ejection, validating manufacturability and readiness for industrial production.
Electrical integration of the laser system, including control components and motion drivers for reliable machine operation.
Rheological simulation performed to analyze material flow and validate mold filling behavior prior to production.