Products
Our comprehensive portfolio of high-precision waveguide components is engineered to support seamless millimeter-wave and terahertz signal transmission with minimal insertion loss and excellent VSWR performance. We manufacture a versatile range of standard and custom Straight Waveguides, Waveguide Bends (E-plane and H-plane), Twisted Waveguides, and Waveguide Transitions (Tapers) covering standard IEEE waveguide bands up to Terahertz frequencies. Utilizing state-of-the-art split-block CNC milling and ultra-precise EDM technologies, we guarantee superior inner surface roughness (Ra ≤ 0.4 µm) and flawless geometric alignment.
Explore our standard lengths and custom configurations for Straight Waveguides, optimize your routing with high-performance Waveguide Bends and Twisted waveguides, or discover our broadband Waveguide Transitions designed for precise frequency matching.
Designed for demanding wireless communication links, radar systems, and antenna measurement setups, our premium millimeter-wave horn antennas provide optimized radiation patterns with high gain, narrow beamwidth, and exceptionally low sidelobes. Our product line features highly accurate Standard Gain Horn Antennas and Conical Horn Antennas optimized for specific frequency sweeps.
We understand that at sub-millimeter wavelengths, even a minor dimensional deviation alters the antenna’s performance. Therefore, our horn antennas are fabricated using precision CNC profiling or advanced electroforming processes, ensuring absolute sharpness of the horn aperture and perfect rectangular-to-circular transitions. Available with standard flange interfaces, these antennas provide reliable, repeatable data for laboratory testing and field deployment in next-generation 6G and terahertz research.
Browse our laboratory-grade Standard Gain Horn Antennas for precise radiation testing, or select from our high-gain Conical Horn Antennas optimized for advanced wireless and radar networks.
Bridging the gap between hollow waveguide structures and RF coaxial interfaces requires exceptional impedance matching and structural integrity. Our Waveguide to Coaxial Adapters are engineered to provide smooth, broadband transitions from standard rectangular waveguides to high-frequency coaxial connectors (including SMA,2.92mm, 2.4mm, 1.85mm, and 1.0mm connectors).
These transition modules are vital for integrating waveguide infrastructure with coaxial-based test equipment. By combining advanced electromagnetic simulation with tight tolerance mechanical machining, we minimize mismatch losses and maintain a low insertion loss profile across the entire operating band. Built with rugged, passivated stainless steel or gold-plated brass housings, our waveguide interfaces offer maximum durability and contact stability for thousands of connection cycles.
View our complete technical specifications for Waveguide to Coaxial Adapters to find the exact RF connector interface required for your test instrumentation.
Custom Precision Machining for mmWave RF ModulesAs a specialized manufacturer with over two decades of technical expertise, we offer world-class Custom RF Machining services tailored specifically for complex millimeter-wave and terahertz RF modules. We specialize in fabricating intricate split-block waveguide housings, filter cavities, multiplier blocks, and phased array backplanes where performance is defined by mechanical perfection.Our facility is equipped with high-speed, ultra-precision CNC milling centers capable of achieving tolerances down to ±0.005mm. We work with premium industry materials including oxygen-free high-conductivity copper (OFHC), tellurium copper, brass, and aluminum. Complementing our machining prowess, our specialized post-processing ensures precise anti-corrosion gold plating (Au over Ni) without rounding off critical waveguide edges. Partner with us to transform your complex 3D STEP files into high-performance, flight-ready RF hardware.
Have a complex 3D design? Review our capabilities in Precision Machining for mmWave RF Modules and learn how our ±0.005mm tolerance control can elevate your next project.
