Typical High Frequency Auxiliaries

JINPAT high-frequency cable assemblies ensure reliable, low-loss RF signal transmission. Designed for high-speed communication, they are ideal for radar, aerospace, satellite, and wireless applications. Custom solutions available.

JINPAT Slip Pings, connecting infinite possibilities.

Specialized in rotary transmission for 30 years +, stable and reliable for every revolution.

JINPAT high-frequency cable assemblies are engineered for superior RF signal transmission with low insertion loss and high shielding performance. These cable assemblies support high-speed data transfer and stable signal integrity, making them ideal for radar systems, aerospace applications, satellite communication, and high-frequency wireless devices. With robust construction and advanced shielding, JINPAT high-frequency cables minimize interference and ensure long-term durability even in demanding environments. Customizable designs are available to meet specific operational needs, delivering optimal electrical performance and reliability.

Typical High Frequency Auxiliaries N-F-N-F(75Ω）

The High-Frequency Phase-Stable Low-Loss Coaxial Cable Series, combined with High-Frequency Cable and Test Cable Auxiliaries, ensures reliable signal transmission in aerospace, ECM systems, high-frequency anechoic chambers, and 5G networks.

Typical High Frequency Auxiliaries E18L-NFNM-01.00M

Designed for precision and stability, the High-Frequency Coaxial Cable Series and its auxiliary cables support critical applications in aerospace, electronic countermeasures, RF testing environments, and next-generation 5G communications.

Typical High Frequency Auxiliaries E40-29M29M-01.00M

The High-Frequency Phase-Stable Coaxial Cable Series minimizes signal loss and interference, making it ideal for aerospace systems, electronic warfare applications, high-frequency shielding environments, and 5G infrastructure.

Typical High Frequency Auxiliaries SWA360-2.92/M-2.92/M

With advanced low-loss technology, the High-Frequency Coaxial Cable Series and its auxiliaries provide stable, high-speed transmission for aerospace engineering, ECM systems, RF anechoic testing, and 5G communication networks.

Typical High Frequency Auxiliaries BNC-M-BNC-M-RF1.32-500mm

High-Frequency Phase-Stable Low-Loss Coaxial Cables, along with their auxiliary counterparts, deliver exceptional RF performance in aerospace, electromagnetic defense, anechoic chamber setups, and modern 5G applications.

Typical High Frequency Auxiliaries SMA-M-SMA-F-RG178-500mm

Optimized for high-performance RF connectivity, the High-Frequency Coaxial Cable Series and its auxiliaries ensure phase stability and low attenuation in aerospace, electronic countermeasures, RF shielding, and 5G communication technologies.

We Are Invested in Your Success

At JINPAT, we are committed to continuously investing in innovative technologies, solutions, and services to help our customers succeed.

Making A Case For Multitasking in Your Shop

Requirements constantly changing, or need to quickly adapt? Multitasking processes can include turning, milling, surfacing, drilling, tapping, hobbing, and more — which allows for flexibility in creating a variety of parts.
Add Automation. Add Success.

Get the greatest utilization out of your JINPAT machines with our automation pairings that create stronger processes and accurate output.
ROI is Endless with 5-Axis Machining

It is proven that shops that capitalize on the abilities of 5-axis machining find a reduction in lead times, increased accuracy, a heightened reputation, and, most importantly, more revenue potential. So, what are you waiting for?

Technology Innovation

Let data and energy be transmitted without obstruction, JINPAT slip ring, injecting power core for intelligent manufacturing
Product Center

JINPAT can provide a well-fit, efficient and economical custom slip ring solutions to the clients.

Our custom integrated slip ring can transmit various medium and signals like fluid, gas, power, Fast Ethernet signals, electrical signals, optical signals and radio frequency signals, etc.

Application Products