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VITA 67; Build It, See It, Buy It; Ready 48

As Seen In: Microwaves & RF

Build It, See It, Buy It, Ready 48

As Seen In:
Microwaves & RF

SMPM-T Coaxial RF Cable Assemblies; Build It, See It, Buy It, Ready 48

Careers

Koaxis is a Woman-owned Small Business manufacturing high-performance, low-medium volume, high mix RF coaxial cable assemblies.  Our business model is a lean and agile job shop utilizing cross-trained employees able to execute independently utilizing a significant and diverse set of skills.
Our primary employee needs are manufacturing connectors and/or RF coaxial cable assemblies. We will train you to assemble connectors, prepare coaxial cable, solder connectors and test your work.  Having previous experience with manufacturing and testing coaxial cable assemblies is helpful but not necessary.  We are happy to train motivated and responsible people.
Contact us at 610-222-0154 or email k.brown@koaxis.com
Koaxis is an equal opportunity employer

Energy Efficient Koaxis
We Are Solar-powered with GeoThermal C

Energy Efficient Building at Koaxis, Inc.
Our current location was built from the ground up with energy efficient design. Koaxis generates its own electricity via a large rooftop solar array. This array generates enough power in peak times for our entire facility and the surplus is distributed back into the power grid. In order to further improve our energy efficiency, the Koaxis facility climate controls utilize highly efficient geothermal heating and cooling. Geothermal heating and cooling uses the consistent temperature for the earth as a heat reservoir. Using energy efficient compressors and condensors, geothermal heating and cooling helps Koaxis to keep our energy consumption and operating costs low.

Literature

Semi Rigid RF Cable Assemblies

Koaxis Semi-rigid
Design Guide

The Koaxis Semi-rigid Design Guide offers a simple reference to assist your design effort to produce the most cost-effective bent semi-rigid RF coaxial cable assemblies.

Koaxis Capabilities

Koaxis Brochure
Capabilities 2014

Koaxis, Inc. manufactures U.S.-made coaxial RF cable assemblies and connectors for military, telecom, commercial, and CATV applications with in-house design and ITAR registration.

Product News

Semi-rigid Design Guide

Semi-Rigid Design Guide
Koaxis has prepared a definitive set of simple rules to help every Engineer and Designer to create cost-effective bent semi-rigid assemblies.

Koaxis SMPM-T Coaxial
RF Cable Assemblies

Koaxis Inc is pleased to announce the immediate availability of our new SMPM-T Coaxial RF Cable Assemblies and Connectors. Designed for 047” dia cable, SMPM-T includes a proven industry standard SMPM interface.  A threaded retractable coupling nut has been added for applications that require cost-effective, high-reliability connector retention.
Cable assemblies available Ready 48.  Build It, See It, Buy It online at koaxis.com 
Koaxis, Inc. manufactures coaxial RF cable assemblies and connectors for military, telecommunications, commercial and cable television (CATV) applications. Utilizing an agile organization featuring in-house design and manufacture of a wide variety of coaxial RF connectors, Koaxis maintains highly cost-effective pricing, short lead-times, and a high-level of customer satisfaction. Koaxis products are made in the United States at our factory in the scenic Pennsylvania countryside. Koaxis is registered with the US State Department for ITAR applications.

Technical Articles

Measuring Coaxial Cable Assembly Mechanical Length

Koaxis Cables

Understanding Coaxial Cable Assembly Lengths
Learn why specifying mechanical length from Reference Plane to Reference Plane ensures accuracy in assembled systems and test fixtures, regardless of connector variations.

SMP and SMPM Connectors For Cable Assembly Connections

Koaxis-Advertisement-SMPM-T-MPD-Standard-Page-eCopy

SMP & SMPM Connectors for Cable & Board Connections
Learn how SMP and SMPM connectors provide flexible, high-performance connections for cable assemblies and board-to-board applications, with options for retention strength and misalignment tolerance.