Ammunition and Ordnance
Robotic Welding and Automation Lines Ammuniton, ordanance and missile
Medium Caliber Ammunition
- 20 mm, 25 mm, 30 mm Automatic Cannon Ammunition
- 35 mm Air Defense Ammunition
- 40 mm and 57 mm Cannon Ammunition
Large Caliber Ammunition
- 60 mm, 81 mm, 120 mm Mortar Ammunition
- 90 mm, 105 mm, 120 mm Tank Ammunition
- 122 mm and 155 mm Artillery Ammunition
25 mm Ammunition
35 mm Anti-Aircraft Ammunition
40 mm Low Velocity Grenade Launcher
40 mm x 53 High Velocity Grenade Launcher Ammunition
60 mm Mortar Ammunition
81 mm Mortar Ammunition
120 mm Mortar Ammunition
105 mm Tank and Howitzer Ammunition
Automation for High Capacity and High Precision Production
Fully automated, ATEX-compliant and explosion-proof ammunition assembly lines for high-capacity and high-precision production environments. These systems are engineered to support a wide range of medium- and large-caliber ammunition. All production lines are developed in full compliance with ATEX directives, ensuring safe operation in explosive atmospheres through certified Ex-proof components, controlled process zones, and intrinsic safety principles. The automation solutions cover the complete ammunition assembly workflow, including component handling, filling, assembly, inspection, and traceability, delivering repeatable quality, high throughput, and maximum process safety. Designed for defense industry requirements, these systems enable manufacturers to achieve reliable, scalable, and secure ammunition production while meeting stringent military and safety standards.
MK-81 250 lb General Purpose Aircraft Bomb
MK-82 500 lb General Purpose Aircraft Bomb
MK-83 1000 lb General Purpose Aircraft Bomb
MK-84 2000 lb General Purpose Aircraft Bomb
AEROSPACE R&D SOLUTIONS
High-precision manufacturing and advanced robotic solutions for aerospace applications
We provide innovative and tailor-made R&D solutions for the defense and aerospace industry, aiming to meet customer requirements at the highest level. Our expertise includes dye manufacturing for aircraft parts using 3D WAAM (Wire Arc Additive Manufacturing) technology, the design of robotic bases and mechanisms for wind tunnels, the development of automated robotic painting lines for rocket production, and the production of radar dish bases.
We adopt a holistic approach encompassing testing, modeling, prototyping, and production scaling to deliver advanced technology solutions in aircraft design, radar technologies, telecommunications, and composite materials. Our solutions are customized and high-performance-oriented, meeting the needs of state-of-the-art military projects.
Furthermore, the system includes the option for knowledge transfer, enabling teams to develop critical insights and skills essential to the welding process. This capability becomes especially valuable in scenarios where in-house expertise must evolve or be strengthened. Supported by a proven success rate of up to 98%, these Robotic Welding Systems consistently demonstrate the reliability and performance required in real-world military and industrial environments.
This high level of operational efficiency, paired with robust engineering, makes these systems a trusted choice for organizations that demand uncompromising precision, durability, and excellence in every stage of production.
Robotic Welding and Automation Lines for Military Land Platforms
Robotic Welding Systems with High Penetration Rates
- Robotic Gantry Systems for low, medium, and heavy weight Armored Personnel Carriers
- Robotic Gantry Systems Main Battle Tank
- Fixture/Jig Design
- Know-how transfer for Welding Process
Robotic Welding Systems deliver up to 98% penetration success, providing robust and repeatable weld quality for military-grade armored vehicles and Main Battle Tanks (MBT). This performance is driven by advanced robotic systems combined with strong welding process expertise, ensuring full compliance with military welding standards.
Robotic Gantry Systems are optimized for welding low-, medium-, and heavy-weight APC and MBT structures, where precision, penetration consistency, and structural integrity are critical. Subcomponents can be welded on dedicated robotic lines and later integrated in final mating stations, offering high flexibility and efficient production flow.
The solution is supported by custom fixture and jig design and optional knowledge transfer, enabling sustainable quality, repeatability, and operational excellence.