Saelig Company Released 3D Antenna Measurement System

The new MegiQ RMS system provides 3D radiation characterization for devices weighing up to 7.5 kilograms.

Updated on Oct. 6, 2026 in Robotics

Isometric editorial illustration of a robotic antenna turntable mechanism on a clean surface. — Saelig Company has introduced its new MegiQ RMS 3D Antenna Measurement System, designed to allow engineers to conduct radiation pattern characterization without relying on costly anechoic chambers. AI Illustration. Upload story photo >

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Saelig Company has launched the MegiQ RMS 3D Antenna Measurement System, a new tool designed for spherical 3D radiation pattern characterization. Existing users of the MegiQ RMS platform can purchase an upgrade to access the system's full 3D capabilities.

Why it matters

The system offers engineers an alternative to using costly external anechoic chambers for radiation measurements. By utilizing time-domain and redundancy algorithms, the device can effectively overcome environmental reflections in smaller lab settings.

The system operates within laboratory spaces as small as 12 feet by 12 feet by 9 feet. It delivers a measurement accuracy of ±1.0 dB and a system repeatability of ±0.5 dB for frequencies reaching 6 GHz.

The players

Saelig Company

Saelig Company is a distributor of technical and electronic components headquartered in Rochester, New York.

The details

The equipment uses a two-axis RF-transparent turntable to rotate devices around the Z and X axes, enabling the capture of full spherical radiation patterns. It supports Horizontal, Vertical, and Circular polarizations and comes with a license-free software suite for visualization and reporting.

Saelig Company announced the availability of the product on October 6, 2026.

The Tech Race

This release marks a shift toward miniaturized, high-precision diagnostic tools that compete with traditional, infrastructure-heavy anechoic chamber testing. It positions Saelig Company to capture market share from labs seeking to reduce reliance on large-scale testing facilities.

Engineers and researchers can now perform sophisticated 3D radiation testing within standard-sized laboratory environments without needing dedicated external facilities. This accessibility simplifies the antenna development workflow and reduces the logistical costs of prototype validation.

The takeaway

Small-scale laboratories can now achieve high-precision antenna characterization previously reserved for specialized testing centers. Adopting these streamlined systems allows design teams to accelerate product development cycles while minimizing external testing overhead.