3D printed drone prototype on display at the HP, Dynagraph and 3DX stand during the January the Unmaned Systems Exhibition in Abu Dhabi UMEX 2026 demonstrating 3D additive manufacturing solutions for next-generation of 3D produced unmanned systems and UAV.
3D printed drone prototype on display at the HP, Dynagraph and 3DX stand during the January the Unmaned Systems Exhibition in Abu Dhabi UMEX 2026 demonstrating 3D additive manufacturing solutions for next-generation of 3D produced unmanned systems and UAV.

The conflict in the Gulf has escalated into a significant regional war, characterized by intense drone and missile exchanges. 3D production (additive manufacturing) has become a critical strategic pillar in this environment, enabling the rapid, low-cost manufacturing of drones to counter Iran’s massive stockpiles of “cheap” loitering munitions.

Tenebris Bagnet – Developed by Ukrainian drone manufacturer Tenebris
Tenebris Bagnet – Developed by Ukrainian drone manufacturer Tenebris

The Wartime UAV Production Math of the conflict is obvious drones are being used at a scale only seen in the Russian-Ukranian conflict. This has forced a shift toward 3D-printed, low-cost aerial systems.

Merops Drone developed under Project Eagle (Formerly known as White Storks) in collaboration with Tytan Technologies
Merops Drone developed under Project Eagle (Formerly known as White Storks) in collaboration with Tytan Technologies
  • Rapid Prototyping & Deployment: Additive manufacturing has reduced drone development timelines from months to days.
  • Being in the Middle of the conflict we can print and produce 3D printed drone parts at a scale required to print mission-specific airframes and replace parts rapidly bypassing vulnerable global supply chains.
  • Cost-Efficiency at Scale: 3D printing to produce drones at low cost for affordable mass.
  • Advanced Materials: 3D printed components now use high-performance polymers like ULTEM™ 9085 and carbon-fiber blends that offer radar-absorbing properties and heat resistance for extreme combat conditions.

3DX AM FZ LLC, Dubai Production City is a rapid and agile manufacturing partner capable of producing UAV components with reduced lead times, lower tooling dependency, and greater design flexibility. Its additive manufacturing capabilities make it especially suited for lightweight, high-performance drone parts, rapid iteration cycles, and on-demand batch production, allowing manufacturers to respond quickly to shifting operational requirements and supply chain pressure. The real value of 3DX lies not just in making parts, but in enabling a faster, more adaptive production model for modern drone manufacturing.

3D printed drone prototype on display at the HP, Dynagraph and 3DX stand during the January the Unmaned Systems Exhibition in Abu Dhabi UMEX 2026 demonstrating 3D additive manufacturing solutions for next-generation of 3D produced unmanned systems and UAV.

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3DX can process common mesh files, such as stl, obj, step, iges, 3dm.

 

We support mesh file types: STL, OBJ, STEP, IGES, WRL, WRZ, STP, IGS, PLY, ARC, CATProduct, CATShape, CGR, DLV, EXPm, IAM, NEU, PAR, PKG, PRT, PSM, SAB, SESSION, SLDPRT, STPZ, UNV, X_T, XAS, XMT, XPR, 3DM, 3dMXL, ASM, CATPart, IPT, JT, MF1, MODEL, SAT, U3D, VDA, VRML, X_B, HPMJF

 

Please note that while some file types will upload successfully, others may not be used to submit an order on our platform. We suggest you refer to the above lists to avoid any upload failures. 3DX does not accept drawing files (except when accompanied by a CAD file), or IGES and F3D files. Below is a list of exceptional file types and in what instances they can be used to place an order with 3DX: 3DX cannot currently quote or make parts based on assembly files. If you are interested in ordering an assembly, each part will need to have its own CAD file.

However, if you are uploading your Bill Of Material for production, 3DX will accept assembly files as supplementary information. Common assembly file types are .sldasm, .asm, .iam, and .catproduct. The only time you may upload a drawing file is when it's in conjunction with a CAD file, and it must be in PDF format. We do not accept .slddrw, .dxf, or .catdrawing files. We also cannot quote a project based on a drawing alone.

 

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