From prototype to mass production – high-performance ammunition
components built for accuracy, durability, and mission readiness.
CNC machining ensures precise manufacturing of rifle ammunition components, such as casings and projectiles, maintaining high-quality standards and consistency. 3D printing enhances the process by enabling rapid prototyping of custom designs and experimental materials.
CNC machining guarantees the accurate production of pistol ammunition components, like casings and crimps, ensuring safety and reliability. 3D printing complements this by allowing for the fast creation of custom parts and tools.
CNC machining ensures precision in manufacturing shotgun shells, focusing on dimensions, primer placement, and crimping. 3D printing aids in rapid prototyping of new shell designs, enabling testing of different load capacities and custom components.
CNC machining produces precise components for submachine gun ammunition, ensuring durability and performance under high fire rates. 3D printing facilitates rapid prototyping of specialized parts like custom casings and magazine components.
RIFLE AMMUNITION
CNC machining ensures precise manufacturing of rifle ammunition components,
such as casings and projectiles, maintaining high-quality standards and consistency.
3D printing enhances the process by enabling rapid prototyping of custom designs
and experimental materials, allowing for quick testing and optimization of
components.
PISTOL AMMUNITION
CNC machining guarantees the accurate production of pistol ammunition
components, like casings and crimps, ensuring safety and reliability. 3D printing
complements this by allowing for the fast creation of custom parts and tools,
facilitating design experimentation and innovation for specialized ammunition.
SHOTGUN AMMUNITION
CNC machining ensures precision in manufacturing shotgun shells, focusing on
dimensions, primer placement, and crimping for consistent performance. 3D printing
aids in rapid prototyping of new shotgun shell designs, enabling the testing of
different load capacities and custom components such as wads or spacers.
SUBMACHINE GUN AMMUNITION
CNC machining produces precise components for submachine gun ammunition,
ensuring durability and consistent performance under high rates of fire. 3D printing
facilitates the prototyping of specialized parts, such as custom casings and magazine
components, enabling faster testing and design iterations for enhanced performance.
We take pride in being a trusted partner to market leaders and industry pioneers, collaborating closely to drive innovation and excellence
Video
Duration 4:01 mins
Brass, copper, steel alloys (for casings), tungsten (penetrators), and advanced composites
(polymer sabots).
Yes—polymer sabots, frangible rounds, and smart fuze housings are commonly 3D printed
for performance and cost efficiency.
Common materials for 5-axis machining in ammunition manufacturing include brass, steel,
aluminium, titanium, and other alloys. These materials are selected for their durability,
strength, and ability to withstand the stresses involved in ammunition performance.
5-axis machining provides superior accuracy and flexibility, ensuring that ammunition
components are made to the highest standards. It allows for the production of parts with
complex shapes that are difficult or impossible to achieve with traditional 3-axis machines,
ensuring reliability and consistency in every round.
As fast as 2 weeks for initial samples, depending on complexity.
