In this project, we manufactured a custom wheel using 3D printing, following a complete reverse engineering workflow. At the customer’s request, we started by scanning the original part with a 3D scanner to capture all dimensions and fine details with high accuracy.
Next, a precise 3D model was created and optimized to ensure durability, strength, and a perfect fit. Using modern 3D printing technologies, the wheel was produced with materials suitable for functional use.
After printing, the wheel was assembled onto the axle, ensuring proper operation and readiness for immediate use. This approach is ideal for custom spare parts, discontinued components, or elements that are difficult to source.
The combination of 3D scanning, modeling, and 3D printing allows accurate reproduction of parts while significantly reducing production time.
Advantages of this process:
- Accurate reproduction based on real geometry
- Fast production of one-off parts
- Design optimization for strength and performance
- No need for molds or expensive tooling
- Fully tailored to customer requirements
We also produce:
- Gears and mechanical components
- Technical and functional parts
- Spare parts for appliances and machinery
- Industrial prototypes and custom models
- Enclosures, mounts, and adapters
- Part restoration using reverse engineering
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3D prototyping It is a very important stage in the manufacturing process.Before starting mass production, it is necessary to carry out tests, …
3D prototyping It is a very important stage in the manufacturing process.Before starting mass production, it is necessary to carry out tests, …
