Mechanical Engineering
We validate each component's integrity and safety, achieving both technical and functional excellence in every assembly.
The technical and mechanical development of your product is managed in-house by our team of engineers and mechanical designers. Whether for drawing approvals, calculations, or specialized expertise such as geometric tolerancing, material selection, and manufacturing optimization, our mechanical engineering team will guide and support you throughout the project process.
Technical Benchmarking
- In-depth and tangible analysis of similar products
- Defining functional specifications
Benchmarking involves actions to evaluate and compare your product to the competition to plan its development and design. With an in-depth analysis, our team applies the best methods to ensure a competitive advantage for your product.
Ideation / Design
- Guided brainstorming workshops
- Hand sketches
- 3D CAD design
- Blueprint drafting
- Technology research and selection
Ideation is a process where each member of the product development project can generate ideas and explore creativity. This collaborative innovation method ensures only great ideas emerge. Design, closely linked to ideation, is about turning ideas into tangible concepts. Computer-aided design (CAD) is used to visualize an object, develop its shape, and generate data for its manufacturing.
DFM - Design for Manufacturing
- Selection of integrated standard technologies
- Material selection
- Supplier selection for mass production
- Production cost optimization
- Definition of assembly methods
Our team is skilled in optimizing various manufacturing processes, including plastic injection, thermoforming, rotomolding, blow molding, additive manufacturing, stamping, bending, casting, forging, welding, extrusion, and more. For each of these processes, we have the required manufacturing partners, locally or overseas, to get quotes and validate the design. Additionally, we optimize not only costs but also aesthetics, knowing the limitations and tolerances of these processes.
Numerical Simulation
- Static analysis
- Dynamic analysis
- Topological optimization
Numerical simulation is an essential tool for optimizing parts, reducing prototyping costs, and minimizing risks. We use it throughout the process to optimize the strength and manufacturing costs of parts before prototyping and production. Topological optimization is particularly effective for creating ultra-optimized geometries through additive manufacturing by automatically removing unnecessary material based on representative loading conditions.
