Products



           Terahertz lens

Based on your demand, we provide versatile designs of THz lens which can be operated from 0.1 to 1.2 THz, enabling precision control of terahertz waves. Our lens focuses divergent waves from a source into a unit area, enhancing the overall performance of your THz systems. Experience unparalleled accuracy, efficiency, and reliability, all bundled in our meticulously crafted lenses, ready to revolutionize your technological needs.

Model Aperture (inch) Focal length (mm) Material Shape
Tera0101 2 50 PTFE or PE spherical, plano-convexl
Tera0102 2 100 PTFE or PE spherical, plano-convexl
Tera0103 2 50 PTFE or PE paraboloid, spherical, plano-convex
Tera0104 2 100 PTFE or PE paraboloid, spherical, plano-convex
Tera0105 3 100 PTFE or PE spherical, plano-convexl
Tera0106 3 150 PTFE or PE spherical, plano-convexl
Tera0107 3 100 PTFE or PE paraboloid, spherical, plano-convex
Tera0108 3 150 PTFE or PE paraboloid, spherical, plano-convex
Tera0109 4 65 PTFE or PE biparabloid
Tera0110 4 100 PTFE or PE paraboloid, spherical, plano-convex
Tera0111 4 150 PTFE or PE paraboloid, spherical, plano-convex
Tera0112 5 100 PTFE or PE paraboloid, spherical, plano-convex
Tera0113 5 150 PTFE or PE paraboloid, spherical, plano-convex

THz attenuators

Our THz Attenuators are designed primarily to attenuate high-power terahertz waves ranging from 100 GHz to 1.2 THz. These attenuators are manufactured by depositing a metal thin film onto a PP (Polypropylene) membrane. The level of attenuation can be customized to suit your specific needs. You can combine different attenuator films to create a terahertz attenuator module. The attenuator sheets can be used individually or combined to achieve higher attenuation rates.

Model Attenuation factor Operating frequency (THz) Aperture (inch)
Tera0201 16% 0.1 - 1.2 2 and 3
Tera0202 30% 0.1 - 1.2 2 and 3
Tera0203 50% 0.1 - 1.2 2 and 3
Tera0204 60% 0.1 - 1.2 2 and 3

THz frequency selective surface

Based on the principles of metamaterials, our product employs micrometer-scale metal patterns to provide high-pass, low-pass, band-pass, or band-stop functions in the millimeter-wave and terahertz frequency ranges. The manufacturing process uses flexible ultra-thin films as the substrate, combined with semiconductor lithography technology, to create high-precision, ultra-low loss devices. When used in a terahertz quasi-optical system, this product can achieve effective standing wave suppression and harmonic component suppression. We offer customization services to meet the requirements of different working systems.

Effective diameter < 75 mm
Operating frequency < 1 THz
Metal material Gold/Aluminium
Substrate membrane Low permittivity film > 5 um
Insertion loss @ f0 < 1 dB (depending on the operating frequency and the film thickness)
Isolation @ 2*f0 > 15 dB (single layer, can be stacked in multiple layers to further improve isolation)

INTERFACE to Chinese companies

Dear customers, we are happy to announce that our highly skilled team is proficient in Chinese. This enables us to serve as your efficient intermediary in dealings with other companies where the Chinese language is integral to communication. Our key objective is to mitigate potential obstacles like language barriers or cultural disparities. We strive to ensure seamless interaction, while also providing a deep understanding of the cultural nuances involved. This is our commitment to fostering stronger and more meaningful business relationships. We are at your service to help you navigate the Chinese business landscape with ease and efficiency.