2 to 18GHz Lens Material Test System

Lens Material Test System 2-18GHz

This product is a professional Lens Material Test System designed for non contact material characterization. The system operates from 2GHz to 18GHz and is built primarily from aluminum for light weight and good durability. As a Lens Material Test System, it uses the free space method to measure electromagnetic properties of materials without damaging the samples. This non contact approach is ideal for valuable components or production units where sample integrity must be preserved. The system includes a lens, a feed antenna, a rail with digital scale, and a calibration plate coated with absorbing material. The lens is removable, and the distance between the feed and the lens can be adjusted. This flexibility allows users to optimize the setup for different sample sizes and measurement requirements.

The core measurement capabilities of this system cover key material properties. Users can characterize dielectric constant, permeability, transmission rate, reflection rate, and absorption rate of materials under microwave conditions. The free space method is well suited for high precision measurements. It also works with large samples and can accommodate high temperature testing scenarios because there is no physical contact with the sample. The calibration plate measures 800mm by 800mm and has absorbing material on its surface. This plate helps establish a reference for accurate measurements. The rail includes a digital scale, which makes it easy to set and repeat specific distances between the feed and the lens. The lens itself is removable, giving users the option to run tests with or without the lens as needed.

One clear strength of this Lens Material Test System is its wide frequency coverage from 2GHz to 18GHz. This broad range allows users to test materials across multiple bands with a single system. The system is widely used for material characterization in scientific research, industrial production, military applications, and communication systems. Its main service areas include lens antenna development, next generation communication, radar stealth technology, aerospace, and advanced material research. The system addresses common testing challenges including wide frequency coverage, high temperature conditions, large sample handling, high precision requirements, and non destructive testing needs. For engineers and researchers working on new materials for radar absorbing structures or communication components, this system provides reliable and repeatable measurement data.

In practical use, this non contact measurement platform handles a variety of material testing tasks well. For research labs, it serves as a tool for developing and validating new materials. The ability to test without cutting or preparing samples saves time and preserves expensive test pieces. For industrial production, it can be used for quality control of批量 components. The adjustable lens position and removable lens design give users flexibility to adapt the setup for different test standards. The digital scale on the rail ensures that distance settings can be recorded and repeated accurately. The aluminum construction keeps the system light enough for lab use while providing good stability. It stands as a solid example of how a well designed Lens Material Test System can solve the practical challenges of modern material characterization across wide frequency ranges and demanding test conditions.