Rapid Prototyping and Reverse Engineering
Speed, precision, and customization
Rapid Prototyping and Reverse Engineering
In today’s world, responsiveness is essential. That’s why Med Marine offers rapid prototyping and reverse engineering services, ideal for testing new solutions, replacing out-of-production parts, or accelerating time to market.
In-depth insights
Rapid prototyping enables the fast creation of a physical model from a 3D digital model. It is a key step for testing and validating ideas before mass production, reducing time and costs compared to traditional prototyping methods.
Key features
- Speed: prototypes ready within hours/days.
- Technologies used: 3D printing (FDM, SLA, SLS), CNC machining, thermoplastics/thermoforming for functional and detailed prototypes.
- Flexibility: a wide range of materials (plastics, resins, metals, composites) for realistic testing.
- Customization: rapid iterations without the need for costly tooling.
- Cost & risk reduction: issues are identified before series production, avoiding post-production errors.
- Rapid iteration: continuous improvement cycles within short timeframes.
Techniques
- 3D printing (FDM, SLA, SLS) for complex geometries.
- High-precision CNC machining on metals and plastics.
- Mold-based thermoforming for complex parts at low cost.
Applications / Benefits
- Design improvement through testing on real prototypes.
- Experimentation and validation of functionality, ergonomics, and performance.
- Clear communication between designers, engineers, and clients.
In summary: it accelerates development, improves design quality, and reduces risks and costs before series production.
Reverse engineering involves the analysis of a product or system to understand its design, functionality, and components, with the aim of replicating, improving, or resolving critical issues.
Key features
- Understanding design and structure even without original drawings.
- Creating models or replicas of obsolete or unavailable parts.
- Improvements and optimization of performance, materials, and manufacturability.
- Repairs and replacements using the original as a reference.
- Compliance and verification against standards and benchmarks.
Techniques
- 3D scanning & photogrammetry for accurate geometry capture.
- Disassembly and analysis of components.
- CAD software for reconstruction and re-engineering.
Applications / Benefits
- Product development and improvement, including new variants.
- Automotive & aerospace (complex components).
- Electronics (devices, circuits, subassemblies).
- Defense and security for comparative R&D activities.
- Restoration and repair of historical objects or out-of-production machinery.
In summary: it “decodes” existing systems to extract useful information, create replicas, improve products, or solve technological challenges.
