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3D Printing Slashes Gun Part Costs
21 Sep
Summary
- Additive manufacturing significantly cuts production time for firearm muzzle brakes.
- Domestic titanium powder enables cost-effective, rapid production of blanks.
- Complex internal geometry achieved with minimal post-processing via 3D printing.
Russian engineers have utilized additive manufacturing to produce muzzle brake-flame suppressors for small arms, significantly shortening production timelines and lowering costs. The Center for Additive Technologies (CAT) successfully printed an entire batch of these blanks in a single day using domestically produced titanium powder. This advancement streamlines the creation of components with complex internal geometries, a challenge for traditional manufacturing methods.
The 3D printing process allows for the creation of the device as a single monolithic piece, eliminating assembly. Careful selection of printing parameters and materials ensures high-quality internal surfaces and channels, drastically reducing the need for labor-intensive post-processing. This results in a lighter firearm component, weighing no more than 300 grams, compared to traditional counterparts.
