In this project, the client provided a sample of a base and cover assembly for reproduction. The process began with 3D scanning of the parts to capture accurate geometry and create a precise digital model.
After scanning, the 3D model was processed and optimized to ensure correct geometry, tolerances, and fit. All dimensions were carefully checked to match the original part and guarantee functional compatibility.
Once the model was validated, the parts were manufactured using 3D printing in gray PET-G plastic. This material is widely used for technical applications due to its strength, durability, and stability.
After printing, the parts were post-processed by removing support structures and refining the surface, resulting in a clean and ready-to-use product.
The combination of 3D scanning and 3D printing enables fast and accurate reproduction of existing parts, making it an efficient solution for spare parts, custom components, and reverse engineering projects.
Advantages of this process:
- Accurate 3D scanning of existing parts
- Precise reverse engineering and 3D modeling
- Durable PET-G material for technical components
- Dimensional control and proper fit
- Fast production without molds or tooling
We also provide:
- 3D scanning and digitization of parts
- Custom part reproduction and spare parts
- Enclosures and technical components
- Functional and custom prototypes
- 3D model optimization and redesign
- 3D printing with a wide range of materials
Industrial 3D Printing ChatGPT сказал: 3D printing for serious industrial projects requires extensive design experience and a deep understanding of manufacturing processes.Key …
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, …









