in physics we trust

Complete solution for radome design and manufacturing needs

4a manufactruring is your one-stop partner for radome design and manufacturing. We manage the full cycle—from idea to validated product—so each radome meets your requirements and industry standards.

Initial Concept Development

4a manufacturing radome process step 1

Requirement analysis: operating conditions, frequency ranges, dimensions, mounting interfaces, and maintenance needs. Stakeholder workshops align priorities and constraints.

Conceptual design: early models shared for feedback; risk and cost implications documented; alternative concepts compared.

4a manufacturing radome process step 3

Feasibility: materials, processes, and cost studies confirm viability; preliminary timelines and test plans drafted.

Detailed Engineering

CAD: detailed 3D models with dimensions and material specifications. Change control ensures traceability.

Radome Transmission Loss Simulation Tool

Demonstrating the benefits of our approach in a clear and visual way.

Electromagnetic simulation: proprietary tool minimizes insertion loss and reflections; sensitivity analyses run for thickness and εr variations.

Finite Element Analysis (FEA): verifies structural behavior under loads; modal analysis for vibration; buckling checks for wind pressure scenarios.

Material Selection

Material database: dielectric properties, mechanical data, resistance metrics, process compatibility, supplier lead times, and cost tiers.

Material testing: verification of εr, tanδ, tensile strength, flexural modulus, and environmental resistance. Certificates archived with project files.

Optimization: stack-up tuned for performance, cost, and manufacturability; decision logs record trade-offs and approvals.

Precision Production

Prepreg layup: controlled fiber orientation and resin content; cure cycles documented for quality records.

Vacuum bagging & autoclave cure: consolidation and cure parameters logged

Injection molding / Thermoforming: process windows defined; wall thickness maps reviewed; post-trim inspection.

CNC machining: toolpaths validated; fixturing ensures repeatability; dimensional reports stored.

Surface treatment: coating thickness, adhesion (cross-cut), and environmental resistance verified; RF cleanliness considered.

Rigorous Testing and Quality Assurance

Environmental testing: temperature, humidity, salt spray, UV, flammability per standard; reports include methods, durations, and acceptance criteria.

Mechanical testing: impact, vibration, wind; fixtures and energy levels documented; pass/fail criteria defined.

Electromagnetic testing: insertion loss, reflection coefficients, and transmission efficiency; results plotted and stored with traceable IDs.

OQC: outgoing quality control with visual, dimensional, and performance checks; shipment includes certificates and maintenance notes.

Wrap-up

As a one-stop partner, CIMERA® covers concept, engineering, materials, fabrication, and testing. The result is a high-quality radome, delivered with confidence and ready for your environment.

Contact our radome specialist today.

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