Precision Engineering for Mission-Critical Applications

At Lamis Technology, we deliver advanced aerospace and defense engineering solutions that meet the highest standards of safety, precision, and reliability. Our team of experts supports OEMs, Tier 1 suppliers, and defense organizations with design, simulation, and manufacturing engineering services that comply with international aerospace norms.

We specialize in structural design, subsystem integration, CAE simulation, and tooling development for aircraft, defense vehicles, and high-precision assemblies. Every project we deliver adheres to stringent validation and traceability requirements essential for mission-critical operations.

What we do

Structural and subsystem design for aerospace and defense platforms
Tooling, fixtures, and automation systems for manufacturing
Finite Element Analysis (FEA), fatigue, and thermal validation
Process simulation, layout design, and virtual validation

Our Capabilities

  • Aerospace Structural Design: fuselage, wings, pylons, control surfaces, and interior components engineered for strength and weight optimization

  • Defense Vehicle Engineering: armored structure design, mobility system integration, and survivability analysis

  • CAE & Simulation: static and dynamic load simulation, crash, fatigue, vibration, and thermal performance studies

  • Tooling & Fixture Design: jigs, grippers, and welding fixtures for airframe and defense equipment manufacturing

  • Manufacturing Engineering: process layout, robotic automation, and digital twin validation for precision assembly

  • Documentation & Compliance: design data management, validation reports, and regulatory traceability

Toolchain

CATIA V5
NX
Creo
SolidWorks
Inventor
RobCAD
HyperMesh
LS-DYNA
Reports
DVPR

Deliverables

3D and 2D CAD data with full GD&T
FEA validation reports (fatigue, vibration, thermal)
Tooling and fixture concepts with validation documentation
DVPR and compliance documentation (AS9100 alignment)

Measurable benefits

Weight reduction and improved structural efficiency
Shorter design-to-manufacturing cycles via simulation-driven validation
Enhanced reliability for mission-critical equipment
Compliance with aerospace and defense quality standards

Use cases we support

Aircraft component and subassembly design
Defense vehicle and ground mobility systems
Aerospace tooling and fixture engineering
Structural and thermal simulation for defense components