Additive manufacturing has transformed industrial production by enabling the creation of metal components in remote locations and optimizing manufacturing times. However, ensuring the quality and strength of these parts remains a challenge, especially when conventional tests require specialized laboratories.
An innovative solution to evaluate metal strength
To address this need, two companies have developed a system that combines 3D metal printing with portable mechanical tests. This integration allows analyzing the quality of parts in the same place where they are manufactured, eliminating dependence on external laboratories.
Quality tests without damaging the structure
The testing system uses a non-destructive analysis method, meaning parts can be evaluated without compromising their integrity. Its main features include:
- Results in minutes: Instead of waiting days for quality reports, data is generated almost immediately.
- Compact and portable design: Its size allows easy transport and use in industrial environments without access to laboratories.
- Ease of use: It does not require advanced knowledge in materials testing, making it accessible to operators and technicians.
Impact on the industry
The implementation of this technology represents a significant advance in quality control, with key applications in sectors where component reliability is crucial.
Benefited industries
- Aerospace: Allows verifying the strength of critical parts in aircraft manufacturing.
- Automotive: Ensures the durability of components used in high-performance vehicles.
- Manufacturing in remote environments: Ideal for production in sites where access to laboratories is limited.
“Ensuring the quality of 3D printed metal parts without relying on external laboratories is a key step in the evolution of additive manufacturing.”
Thanks to this innovation, companies and manufacturers will be able to produce safe and reliable parts without affecting production times or incurring additional analysis costs. With this advance, 3D metal printing is solidified as an increasingly viable solution in modern industry.