ELECTROMAGNETIC SYSTEMS · 100 MHZ – 60 GHZ

Antenna Design & Custom Manufacturing

Custom RF, microwave, and millimeter-wave antenna architectures, phased arrays, and specialized radomes with on-site anechoic chamber verification.

100 MHz – 60 GHz
Phased Array AESA
HFSS & CST Simulation
Anechoic Chamber Tested
Conformal Radomes

Technical Scope & Manufacturing Capabilities

We provide custom antenna design, full 3D electromagnetic simulation (HFSS, CST Studio), and precision manufacturing across HF, VHF, UHF, microwave, and millimeter-wave frequencies. Our state-of-the-art laboratory features an on-site multi-axis spherical anechoic chamber and high-accuracy vector network analyzers up to 60 GHz to ensure optimal radiation efficiency, axial ratio, and return loss for mission-critical wireless systems.

PRECISION METHODOLOGY

Our Engineering & Quality Process

1

Electromagnetic Modeling & Simulation

High-fidelity 3D EM simulation to optimize return loss (S11), radiation efficiency, beam steering, and side-lobe suppression.

2

Rapid Prototyping & CNC Milling

Precision PCB etching, laser profiling, and high-accuracy machining for rapid physical validation.

3

Anechoic Chamber Measurement

Full 3D spherical radiation pattern mapping, axial ratio analysis, and gain calibration up to 60 GHz.

4

Environmental Screening & Radomes

Thermal cycling (-55°C to +125°C), radome ingress sealing, and shock/vibration compliance to MIL-STD-810.

5

Production Tuning & System Integration

Repeatable batch manufacturing with automated calibration fixtures and serialized return loss plots.

CASE STUDIES

Related Engineering Deployments

SATELLITE COMMUNICATIONS

Ka-Band Steerable Phased Array

Low-profile active electronically steerable array engineered for mobile broadband and maritime satellite tracking.

Result: Maintained stable 35 dBm EIRP across wide scan angles
AEROSPACE & UAV

Conformal Dual-Band Patch Radome

Aerodynamically integrated dual-band GPS/Iridium patch antenna with minimal drag footprint on UAV fuselages.

Result: 92% radiation efficiency achieved
TACTICAL DEFENSE

Deployable High-Gain Helical Antenna

Circularly polarized deployable antenna engineered for reliable military beyond-line-of-sight communications.

Result: 14 dBi gain with robust portable deployment

Request a Quote for Antenna Design & Custom Manufacturing

Speak directly with an application engineer. We review technical drawings, pinouts, and volume requirements under mutual NDA within 24 business hours.

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