Explore our project portfolio: from product development and plastic injection analysis to FEA simulations and custom lifting equipment.
Turn an initial concept into a functional, reliable industrial product ready for manufacturing.
3D mechanical design combined with numerical simulations (FEA), material characterization and manufacturing of functional prototypes through 3D printing and machining.
Mechanical design, simulation validation and functional prototyping to accelerate production readiness while reducing technical risks.
Optimize the filling, mechanical strength and geometry of a technical part before manufacturing the injection mold.
Manufacturing process analysis through numerical simulations, selection of engineering polymers and molding tool design.
Numerical validation of the injection process and part optimization to ensure the highest level of quality and repeatability in series production.
Handle, move and position heavy components in the workshop with better ergonomics, safety and precision.
Custom lifting equipment design, finite element analysis (FEA), 2D technical drawings and controlled load testing.
Custom lifting equipment validated by load testing, improving operator safety and assembly line efficiency.
Stress concentrations and deformation in a transmission housing subjected to high cyclic loads.
Thermal and structural finite element analysis (FEA), rib redesign and 2D drawings with geometric tolerancing.
A 28% reduction in mass while increasing the mechanical safety factor before machining the pre-production series.
Validate the ergonomics, kinematics and assembly of a complex robotic subsystem within a short timeframe.
A combination of anodized aluminum CNC machining, engineering-grade 3D printing and waterjet cutting to deliver a fully functional prototype.
Complete test-bench validation and direct transition to production tooling preparation.
Standardize the components of a gearbox product family and reduce workshop assembly errors.
Modular part design, creation of assembly jigs and fixtures, and 2D/3D technical documentation.
Assembly time reduced by 40%, with complete traceability of each mechanical subassembly.