manufacturer of waveguide WR05(horn antennas, multiplexers, isolators circulators, slot arraies)! supplier of G band WR05 waveguide (terminations, attenuators, detectors, oscillators ) components!

Precision G- Band WR05 Waveguide Components – Machined for the Strategic Frontier

As a specialized manufacturer of G‑band WR‑05 (140–220 GHz) waveguide components, we operate at the very edge of precision machining. With an inner bore of just 1.30 mm × 0.65 mm and typical tolerances of ±1 μm, G‑band demands a level of accuracy that few can achieve. We deliver every component strictly to customer drawings for defense & advanced scientific research, strategic frequency band systems, and ultra‑high‑resolution radar.

Every part is fabricated from oxygen‑free copper or coin silver using micro‑EDM and femtosecond laser finishing. We inspect with ultra‑precision CMM (±0.3 μm) and VNA up to 220 GHz. Send us your drawings – we will deliver WR‑05 waveguides machined exactly for strategic defense, advanced radar, and frontier science applications.

Our complete WR‑05 precision‑machined component list begins with straight waveguides (insertion loss ≤0.05 dB/mm), E‑/H‑plane bends, and twists – all held to ±1 μm inner wall smoothness. For signal routing, we manufacture electromechanical switches with rotor‑stator gaps ≤5 μm and terminations achieving VSWR ≤1.02:1. Circulators and isolators require ferrite pocket symmetry ≤2 μm to deliver >18 dB isolation.

In frequency control and power management, we produce iris filters with window tolerances ±1 μm, multiplexers with cavity consistency ±1.5 μm, combiners and dividers holding amplitude balance ±0.3 dB, and directional couplers with coupling hole position accuracy ±1.5 μm and directivity ≤20 dB. For interconnection and measurement, we machine plain flanges (flatness ≤1.5 μm, H6 dowel pins), choke flanges (groove depth ±1 μm), and calibration kits including fixed shorts, matched loads, and shims. Waveguide probes for near‑field scanning are produced with dual‑polarization consistency.