Month: November 2025

In the field of modern robotics, achieving continuous and stable transmission of power and signals at rotating joints is of paramount importance. JINPAT LPC-12-0202-10S cap-type slip ring delivers exceptional performance, providing a reliable electrical connection solution for diverse robotic applications. Key advantages of this product include:

1. Exceptional Electrical Connectivity Performance

The LPC-12-0202-10S employs a precision conductive ring and brush bundle structure, supporting synchronous transmission across 12 electrical pathways. Its unique design not only conveys high-current power (up to 200A) but simultaneously transmits sensitive control and data signals. This achieves separate transmission of power and control circuits, ensuring signal integrity. Such hybrid transmission capability enables it to simultaneously fulfil both the power requirements and precision control demands of robotic systems.

2. Flexible Specification Configuration

This series offers flexible choices ranging from 4 to 24 pathways, with current capacities spanning 5A to 200A. It supports multiple interface types including wire-bonding and terminal block configurations. This diverse range enables engineers to select the most suitable specification for specific applications—whether for space-constrained joint areas or high-power transmission requirements in base rotation systems.

3. Reliable Operational Performance

Employing specialised wear-resistant materials and precision machining techniques, the product achieves a service life of up to 50 million revolutions. It exhibits outstanding electrical characteristics: dynamic contact resistance variation <10mΩ, insulation resistance >500MΩ, operating temperature range -40°C to +80°C, and IP54 protection rating, ensuring stable operation in demanding industrial environments. These performance metrics provide robust assurance for the robot’s long-term reliable operation.

4. Extensive Application Adaptability

From rotary joints in industrial welding robots to base rotation systems in service robots, and gimbal mechanisms in specialised robots, the LPC-12-0202-10S delivers optimal solutions. Its compact cap-style design is particularly suited to space-constrained installations, offering robot designers greater layout flexibility.

The JINPAT LPC-12-0202-10S capsule slip ring, with its innovative design, reliable performance and flexible configuration, has become a key component for enhancing robotic mobility and operational reliability. In today’s era of rapid advancement in intelligent manufacturing, this precision electrical connection solution is playing an increasingly vital role, providing a robust foundation for progress in robotic technology.

Amidst Asia’s wave of intelligent manufacturing upgrades, automation equipment is evolving towards greater integration and complexity. Many precision devices—such as robots, CNC machine tools, and rotary tables—require not only the transmission of electrical current and signals, but also the synchronous delivery of pneumatic and hydraulic power. JINPAT integrated pneumatic-hydraulic-electrical slip rings have emerged to address this challenge, simultaneously resolving the issue of tangle-free continuous rotational transmission for both electrical power and fluid media. These slip rings have become core components for enhancing equipment performance and reliability.

The JINPAT pneumatic-hydraulic slip ring series is specifically engineered to withstand demanding industrial environments, featuring:

1. Effortless installation, saving time and labour

Employing a user-centric structural design with standardised interfaces and precise positioning, the product integrates rapidly into equipment. This significantly streamlines assembly procedures, saving Asian manufacturers valuable installation and commissioning time.

2. Electrically integrated, powerful functionality

Innovatively integrates pneumatic/hydraulic pathways with electrical pathways. Beyond transmitting high-current power, it reliably transmits industrial fieldbus signals such as CC-Link, ensuring real-time, precise delivery of control commands for intelligent equipment management.

3. Safe, Reliable and Long-Lasting

Core sealing components utilise wear-resistant materials and advanced sealing technology to effectively prevent leakage. Precision-machined bearings and contact materials ensure an extremely low wear rate, guaranteeing high reliability and an exceptionally long service life during prolonged, high-speed operation.

With its integrated, stable and reliable advantages, JINPAT pneumatic and hydraulic slip rings have been widely adopted across automated production lines and smart factories throughout Asia. Not only do they resolve complex rotational connection technical bottlenecks, but their superior adaptability has also driven innovation in equipment design. Providing robust technical support to enhance the overall efficiency and competitiveness of Asian manufacturing, they stand as a trusted partner for engineers.

JINPAT slip rings are designed specifically for modern automated filling equipment. Through innovative engineering and precision manufacturing, they provide reliable rotary connection solutions. These slip rings demonstrate superior performance in structural design, power transmission, and signal processing, making them a key component in enhancing the automation level of filling equipment.The LPT series is designed to precisely meet the stringent requirements of high-speed filling production:

 

1.Highly Integrated Design

Combining two-channel pneumatic joints and multiple electrical circuits into a compact unit simplifies the mechanical structure, saves installation space, improves system reliability, and achieves precise coordination between electrical control and pneumatic actuation.

 

2.Powerful Power Transmission

Supports 480V industrial voltage, allowing direct driving of high-power components. Optimized internal structure ensures stable high-current transmission, providing reliable assurance for continuous equipment operation.

 

3.Precise Signal Coordination

Enables simultaneous, interference-free transmission of power and control signals. Advanced shielding technology ensures signal purity, laying the foundation for precise filling control and intelligent management.

 

4.Excellent Environmental Adaptability

Excellent vibration and corrosion resistance adapts to various complex operating conditions. A wide operating temperature range ensures stable operation in varying temperature environments.

 

With its innovative design and reliable performance, JINPAT slip rings solve the technical challenges of rotary connections in filling equipment. They not only improve equipment efficiency and stability but also provide the technical foundation for intelligent production management, making them a crucial core component of modern filling production lines.