Radar technology is evolving faster than ever. Whether mounted on coastal surveillance towers, mobile defense platforms, or long-range tracking systems, every radar today demands a rotation unit that is not only powerful—but also compact, stable, and resilient. JINPAT’s new radar-grade slip ring was born from this industry shift.Despite its small footprint and minimal installation space, […]
Radar technology is evolving faster than ever. Whether mounted on coastal surveillance towers, mobile defense platforms, or long-range tracking systems, every radar today demands a rotation unit that is not only powerful—but also compact, stable, and resilient.
JINPAT’s new radar-grade slip ring was born from this industry shift.
Despite its small footprint and minimal installation space, it integrates multiple circuits, power channels, and gigabit Ethernet, allowing radar designers to pack more capability into tighter structures without compromising signal quality.
A key advantage is its anti-interference architecture, enabling safe transmission of diverse signals in environments where electromagnetic noise is constant. This is essential for modern radar systems where data precision directly affects detection accuracy and response speed.
Built with IP67 protection, reinforced sealing, and materials suited for –30°C to +80°C operation, the slip ring remains reliable during winter storms, desert deployments, and continuous long-hour rotations. Extended service life further reduces maintenance requirements—an invaluable benefit for remote radar stations or high-duty military equipment.
With simple installation, compact dimensions, and multi-signal capability, this slip ring functions as more than a connector:
it is a structural upgrade that empowers modern radar systems to be lighter, smarter, and operationally tougher.

JINPAT photovoltaic slip rings have high quality and competitive price. JINPAT has provided hundreds of models of electro-optical rotary joints for both civil and military industries. Most of JINPAT electro-optical slip rings have high transmission capacity. High-end slip rings can transmit 4K@60FPS high-definition video signals. OVERVIEW Design product sketches and models using SOLIDWORKS 3D Computer […]
With many years of experience in managing various types of projects, the management team of JINPAT is able to eliminate all obstacles that arise during the execution of projects to ensure that the technology is followed and the products are manufactured successfully. In addition, JINPAT understands the importance of good documentation. Documents such as certificates […]
JINPAT carries out precision machining of all components of its products. At all stages of production, from drawing to molding, JINPAT is committed to being precise and ensuring that the best slip rings are produced. With the ability to machine parts to a tolerance of 5 microns, our experienced, highly skilled team uses the latest […]
JINPAT welding technicians are experts in Gas Metal Arc Welding (GMAW), Flux Cored Arc Welding (FCAW), Gas Tungsten Arc Welding (GTAW) and Semi Metal Arc Welding (SMAW). They are dedicated individuals who value precision and aesthetics in the production of machine components. OVERVIEW Welding procedures comply with codes such as ASMEIX, AWS, DIN, API, B31.1, […]
JINPATElectronics is a customer-oriented corporation. We do our utmost to provide our customers with high-standard solutions for transmission including rotation. Up to now, JINPAT has provided its services to more than 10,000 customers worldwide. Each slip ring produced by JINPAT undergoes a series of rigorous and systematic inspections and durability tests before being delivered to […]
With advanced testing and measuring devices, JINPAT’s Quality Control Department conducts systematic inspections of our products. Our quality measurement system complies with ISO 9001:2015. JINPAT has great confidence in its products and has earned a good reputation for producing products of unrivaled quality. REVIEW Detailed inspection and provision of data in the form of documentation […]