Month: August 2024

With the rapid development of modern technology, more and more sophisticated and efficient products are appearing in our daily lives. JINPAT’s circulating fan slip ring is one of them. It has won a place in the field of electronic devices with its compact size and excellent performance.

 

 

The outer diameter of the circulating fan slip ring is only 12.5mm, and its length is only 25.5mm.Such a compact size not only facilitates installation and use in limited space,but also greatly enhances the portability and flexibility of the product.Whether it is precision instruments or small devices, this slip ring can be easily integrated and play its key role.

 

 

Although small in size, the performance of this slip ring is not compromised at all. It adopts precious metal contacts, which have excellent conductivity and corrosion resistance, ensuring that the slip ring maintains stable performance during long-term use. At the same time, precious metal contacts also improve there liability of slip rings, reducing the failure rate caused by poor contact or oxidation.

 

 

 

It is worth mentioning that this ultra micro slip ring has also passed the internationally recognized safety certification standard UL certification, ensuring that the product has reached international standards in electrical safety, mechanical performance,and other aspects. The ultra miniature slip ring with UL certification undoubtedly provides users with strong security guarantees.

 

 

In addition, this slip ring also has excellent wear resistance and service life. After careful design and manufacturing, it can operate stably in harsh working environment sand provide stable and reliable power connections for various electronic devices. Its emergence not only improves the overall performance of devices,but also brings more convenience and comfort to our lives. I believe that with the continuous advancement of technology, this slip ring will play an important role in more fields, bringing more surprises and possibilities to our lives.

Since 1839, camera photography products have evolved from ordinary cameras to cameras that can simultaneously transmit audio and video signals, and can meet the 360 degrees rotation function without blind spots. The application fields of monitoring devices also range from public transportation monitoring and security systems to household pet and baby monitoring and recording devices. Behind each surveillance camera, there is a corresponding high-definition camera slip ring.

 

 

The slip ring is an essential component in the entire monitoring system. It is responsible for monitoring the audio and camera signal transmission required for the camera, and meeting the 360 degrees rotation requirements. As the most critical and vulnerable component in the entire system, the reliability of the slip ring is the key to determining the long-term stable operation of the monitoring system. As a veteran slip ring manufacturer, JINPAT has rich experience in slip ring structure design,ensuring excellent slip ring quality and stable performance.

 

 

JINPAT has designed slip rings that matchpan tilt camera products such as camera arms and handheld stabilizers. The LPMS ultra micro slip ring has an outer diameter of only 4.5mm, making it a small-sized slip ring suitable for various small camera devices. There are also LPCC series slip rings that can meet the transmission of high-definition video signals such as HD-SDI or 3G-SDI. JINPAT surveillance camera slip rings are relatively light weight, easy to disassemble and assemble, with low torque. The shell is mostly made of stainless steel material, which has strong corrosion resistance and greatly prolongs the life of the slip ring. Short in length, suitable for installation in compact spaces. In addition, JINPAT also supports customization of various products, greatly meeting the needs of every user.

 

 

As a professional manufacturer of conductive slip rings, JINPAT is committed to providing high-quality customized products and solutions for every customer.

Due to its ability to replace manual labor,robots have a wide range of applications. As a well-known slip ring manufacturer in the industry, JINPAT has provided countless rotating conductive solutions for robots with various functions. From the case of JINPAT, the vast majority of these slip ring robots are applied to traditional manufacturing industry robots. However, with the development of time, robots have gradually been released into other fields and applied in other emerging fields. Among these new applications, surgical robots are the most typical representative.

 

 

Compared to the manufacturing industry where robots need to repeatedly perform high-intensity labor during use,surgical robots only need to assist doctors in completing high-precision surgeries in a short period of time. Some robots need to independently complete some of the less difficult patient handling or special disease detection tasks,which are not very intensive. At present, medical robots that require the installation of slip rings and have already been put into use, including advanced cardiovascular and cerebrovascular surgical treatment robots. These robots integrate high-definition video and high operational accuracy, and can quickly assist doctors in disease diagnosis and surgery. The slip rings use dare a combination product that integrates 2K or more SDI high-definition video signals.

 

 

As an established manufacturer of slip rings in the industry, JINPAT is one of the earliest manufacturers to contact and develop slip rings for medical robots. Currently, JINPAT has developed dozens of specialized slip rings for intelligent robots in the medical industry. These slip rings are commonly used in orthopedic treatment robots,endoscopic treatment robots, and cardiovascular and cerebrovascular robots,including traditional electrical signal combination slip rings andoptoelectronic integrated slip rings.

 

 

With the increasing investment in the field of robotics in the medical industry, various new robots with different functions have been developed. For example, a tumor treatment robot developed by other companies recently integrates various devices such as tumor treatment equipment and sports operating tables. Therefore, multiple sliding rings need to be used throughout the entire system. The radiation therapy module requires a high-power pulse signal and power integrated sliding ring, or a high-frequency and power integrated sliding ring. If the operating table is endowed with infinite rotation function, it is necessary to add a sliding ring that integrates multiple vital sign monitoring signals to achieve real-time monitoring of various symptoms during the patient’s treatment process.

For the manufacturing industry, cost is always an unavoidable topic. Various factors influence the ex-factory price of manufacturing products, thereby affecting the price of end devices. In the conductive slip ring industry where JINPAT operates, while certain high-end conductive slip rings require significant technical expertise for R&D, many mid-to-low-end products have readily available templates for reference.

 

 

Due to the wide availability of material supply channels for mid-range conductive slip rings, manufacturers new to the industry generally start with mid-to-low-end products with transparent price costs. When the production volume of these products reaches a certain level,they can effectively control the production cost of the conductive slip rings,thereby effectively controlling the ex-factory price and securing a sustainable profit. However, for mid-to-low-end products, while this approach can meet the survival needs of some startups, the low technical content and product markup are insufficient to support a company’s long-term survival. On the other hand,mid-to-high-end conductive slip rings have higher technical content, which not only tests the manufacturer’s technical prowess but also demands significant expertise in cost control.

 

 

From a cost perspective, aside from the basic material and labor costs, mid-to-high-end conductive slip rings also incur some hidden costs. Some conductive slip rings require various certifications, such as ROHS, CE, etc. These environmental certification simpose stringent requirements on the heavy metals and other substances in the materials used for conductive slip rings. Purchasing materials that meet these standards will inadvertently increase some material costs. For manufacturers like JINPAT, which purchase raw materials on a large scale, the impact is minimal.

 

 

In fact, the factor that most significantly affects cost is certification. For instance, in JINPAT’ case, a particular conductive slip ring developed for marine propulsion systems needs to pass certification from an international classification society. The price for a single certification report can exceed one-third of the ex-factory price of the conductive slip ring, representing a significant cost for the manufacturer. In addition to the factors mentioned above, fluctuations in international copper prices, adjustments in labor wages, and other factors can also affect the cost of conductive slip rings to some extent.