what's W-band waveguides(75GHz- 110GHz) WR10,flanges UG-387? where's millimeterwave (bends, filters ), slot array antennas, manufacturer? how to custom precision W-band probe transitions adapters,attenuators?
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manufacturer of straight WR10(couplers,combiners, dividers, isolators, circulators) waveguides! supplier of WR12 (switchs, bends, terminations, twists, multiplexers, filters) components!

Precision Custom Manufacturing of W-Band WR10 Waveguide Components.

As a dedicated manufacturer of W-band waveguide components, we specialize in producing high-performance millimeter-wave devices tailored precisely to customer drawings. Our core expertise lies in WR10 waveguide technology, covering the full 75–110 GHz frequency range, where micron-level tolerances and surface finishes below Ra 0.1 μm are essential for low insertion loss and high power handling.

By choosing us, you benefit from rapid prototyping, scalable production, and strict confidentiality. Send us your drawings—whether for a straight section, a circulator housing, or a custom filter—and we will deliver WR10 waveguide components machined to your exact specifications, ready for integration into your millimeter-wave systems.

We manufacture a complete line of straight WR10 waveguides, along with advanced passive components including couplers, combiners, dividers, isolators, and circulators. Every component is machined from solid metal blocks (brass, copper, or aluminum with gold plating) using micro-electrical discharge machining (micro-EDM) and high-speed milling, ensuring that internal dimensions—such as the 1.27 mm × 0.635 mm rectangular bore—meet the exact geometries specified in your drawings.

in addition to WR10, we also supply WR12 components (60–90 GHz) such as switches, bends, terminations, twists, multiplexers, and filters. whether you need a sharp E- plane bend, a narrowband waveguide filter, or a compact probe transition, we fabricate everything directly from your CAD models. our quality assurance includes 3D coordinate measurement and vector network analyzer testing up to 110 GHz, guaranteeing that each part matches your design intent with no performance drift.

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