This project showcases the production of a custom commemorative badge created using a combination of 3D modeling, 3D printing, and metal casting. The final piece features a highly detailed relief design, making it suitable for premium medals, badges, and collectible items.
The process started with precise 3D modeling of the badge based on visual references and technical requirements. Using advanced 3D design techniques, we recreated fine details such as textures, engraved elements, and complex shapes typical for custom medals and metal badges.
After completing the 3D model, a master model was produced using 3D printing. This master was then used to create casting molds, enabling accurate and repeatable production of metal badges with high fidelity to the original design.
Metal casting ensures durability, strength, and a professional finish, making it ideal for manufacturing custom medals, badges, emblems, and logos. This method is widely used for awards, corporate branding, events, and collectible products.
The combination of 3D printing and metal casting allows for fast production, design flexibility, and the ability to create complex geometries that are difficult or impossible with traditional manufacturing methods.
We specialize in 3D printing and casting of custom logos, medals, badges, emblems, letters, and symbols. Our services include 3D modeling, prototyping, and full-cycle production using metal, plastic, and polyurethane 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, …







