Defense applications

Defense Applications

FAST RESPONSE WITH ADDITIVE MANUFACTURING ON THE BATTLEFIELD

3D printing technology offers unbeatable faster responses and a revolutionary approach to battlefield critical situations, empowering military forces with the ability to produce essential parts on-demand. This eliminates the need to rely on external suppliers, storage, logistics, and minimizes the impact of disrupted supply chains.

This can be quickly achieved by setting up with forward-deployed production units equipped with 3D printers and a digital library of critical parts. A damages or malfunctioning component can be quickly scanned, and a replacement part printed directly on-site, ensuring rapid repairs and minimizing downtime. This level of agility translates to a significant battlefield advantage, allowing forces to maintain operational readiness and respond effectively to evolving situations

Applicactions Cases

MOSQUITO UAV WING

UAVs

An advanced defense and offensive weapon offering anti-drone capabilities, kinetic interception, and kamikaze options. With a maximum speed exceeding 200 km/h and First-Person View (FPV) technology, it allows pilots to perform precise maneuvers and surprise enemies. Its lightweight design and small payload provide an effective and economical solution to neutralize threats, offering a cost-effective alternative to traditional air defense systems.

ILR-33 BURSZTYN SUBORBITAL ROCKET FUEL TANK NOSES

FUNCTIONAL END-USE PARTS

The Polish ILR-33 Bursztyn suborbital rocket needed lightweight, aerodynamic and durable fuel tank noses with complex internal support for electronics, sensors and rear cameras. The Institute of Aviation used Omni TECH to design and print a custom fuel tank. The tank was made from a high-strength, lightweight, heat-resistant polymer that could withstand the rigors of launch

PRECISION CUTTING JIG

JIGS & MAINTENANCE TOOLS

Collins Aerospace is a leader in technologically advanced and intelligent solutions for the global aerospace and defense industry. CA was facing the challenge to ensuring precision and repeatability when cutting aircraft fuel pipes. Traditional heavy, bent metal jigs weren’t ideal. Omni3D’s technology delivered an innovative solution: a lightweight (2kg) housing jig with metal end caps, 3D printed with unmatched precision and repeatability.