Lubrication System

Lubrication System Architecture & Workflow

This diagram illustrates the comprehensive layout of our centralized lubrication solutions, designed to deliver precise and reliable protection to your machinery. The process begins at the central lubricator unit, where lubricant is pressurized and propelled through the main supply lines. It then flows into our high-precision metering distributors, which regulate the exact volume of oil or grease delivered to each friction point. By automating this critical process, our system ensures consistent coverage, minimizes manual maintenance, and significantly extends the operational lifespan of your equipment.

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Precision Lubrication Systems manufacturers

Your Professional Lubrication System Supplier

Zhejiang Shengxiang Machinery Co., Ltd., a branch of Taiwan Yuxiang Precision Machinery Industry Co., Ltd. (ISHAN) in mainland China, was established in 2001. It is a high-tech enterprise specializing in the research, development and production of advanced centralized lubricating oil supply devices. The company has a complete range of products, including thin oil, dry oil, oil mist, oil gas, oil cooling and other types of lubricating devices.

Why Choose Us

OEM & ODM Customization Services
We offer flexible OEM and ODM manufacturing services to meet diverse market demands. Whether you need customized designs, private labeling, or specialized technical solutions, we work closely with customers to deliver products that match their exact specifications.

Outstanding Team

Our experienced engineering team provides professional solutions tailored to different industries and operating environments.

Obtain Patent

Our products comply with international quality standards, including ISO 9001 and CE certifications. With continuous investment in research and development, we have obtained multiple patents and developed advanced lubrication technologies trusted by customers worldwide.

Best Solutions

The company actively develops and manufactures advanced products leading the future, and provides all-round mechanical lubrication solutions for different customer needs with better services.

Benefits of Lubrication System

Extended service life
Consistent and optimal lubrication reduces wear and tear, extending the lifespan of the machinery

Reduce Downtime and Maintenance Costs
Automated lubrication minimizes manual interventions, unexpected breakdowns, and associated repair costs.

Improve Operational Efficiency
Lubrication is delivered at the right time and quantity, improving machine performance and productivity.

Enhance Safety
Eliminates the need for manual lubrication in hazardous or hard-to-reach areas, reducing the risk of accidents.

Lower Lubricant Consumption
Controlled and precise application prevents over-lubrication, reducing waste and operating costs.

Environmental Sustainability
Efficient lubricant use leads to less contamination and lower environmental impact.

Better Reliability in Harsh Conditions
Systems can be designed to operate in high temperatures, dusty, or wet environments without degradation in performance.

Easier Predictive Maintenance
Integration with monitoring systems allows for real-time diagnostics and maintenance planning.

Types of Lubrication Systems

Single Line Progressive Lubricating Systems:

These systems move lubricant progressively through a sequence of metering valves. A single shot of lubricant from the pump initiates the process, after which a series of valves or pistons sequentially channels the lubricant to bearings or other application points.

Parallel Lubrication Systems:

Unlike progressive systems, parallel lubrication systems employ multiple parallel circuits of valves or injectors. Each injector is dedicated to a single point of lubricant application, providing redundancy and flexibility. Parallel lubrication systems are available in single-line or double-line (dual-line) formats. In both types, pressurized lubricant is vented back to the reservoir during the lubrication process.

How Lubrication System Work

Automatic lubrication systems can differ significantly in terms of compatibility and configuration. However, they all consist of five essential components that work together seamlessly to deliver precise lubrication:

Controller/Timer:

Activates and deactivates the lubrication system, either externally or via a timer integrated into the pump. Smart lubrication controllers can be programmed for custom lubrication intervals, ensuring optimal equipment protection.

Pump:

Moves lubricant from the storage reservoir to the main system. Pumps are available in a variety of types, including electric, pneumatic, and manual, each suited for different system sizes and requirements.

Supply Line:

Connects the pump to the metering valves or injectors, allowing lubricant to flow efficiently throughout the system.

Metering Valves/Injectors:

Measure and dispense precise amounts of lubricant into the feed lines, ensuring that each lubrication point receives the correct volume.

Feed Lines:

Deliver the lubricant directly to designated application points, such as bearings, gears, chains, or slides.

Applications of Lubrication Systems

Automotive Manufacturing:

Protects robotic arms, conveyors, and assembly line equipment from premature wear.

Power Plants and Oilfields:

Protects turbines, pumps, compressors, and drilling rigs from harsh operational stresses.

Residential and Commercial Applications:

Used in elevators, HVAC systems, computer fans, and automobile maintenance for quieter, longer-lasting service.

Food and Beverage Processing:

Maintains hygiene and equipment integrity in mixers, packaging machines, and ovens.

Mining and Heavy Equipment:

Keeps excavators, loaders, and crushers operating smoothly, even under extreme conditions.

Printing and Packaging:

Ensures high-speed presses and packaging lines run with minimal stoppages.

Steel and Paper Mills:

Maintains continuous operation of rolling mills, presses, and paper machines where downtime is costly.

Care and Upkeep of Lubrication System

01.

Daily Checks:

Inspect the system visually at least once daily to detect any obvious faults, leaks, or disconnected lines.

02.

Scheduled Maintenance:

Replace or service system components, such as pumps, injectors, and metering valves, at manufacturer-recommended intervals to prevent unexpected failures.

03.

Filter Replacement:

Ensure that system filters are cleaned or replaced regularly to prevent contamination and maintain optimal lubricant flow. Contaminated lubricants can quickly damage sensitive machinery.

04.

Lubricant Storage:

Store lubricants in temperature-controlled environments, away from extreme heat or cold, to preserve their viscosity and chemical integrity. Fluctuating temperatures can degrade lubricant performance and shorten equipment life.

FAQ

Q: What are the properties of a lubrication system?

A: Key properties include flash point, fire point, cloud point, pour point, oiliness, corrosion stability, emulsification, physical stability, chemical stability, neutralization number, adhesiveness, film strength, specific gravity, and volatility.

Q: What are the common lubrication system problems?

A: Other failures can come from simply using the oil or grease improperly. Putting too much grease or overfilling lube levels can create temperature failure modes, while using high viscosity lubrication or the wrong viscosity in a certain area can as well. Limited air movement due to location can also produce failures.

Q: What is the main purpose of a lubrication system?

A: The main functions of a lubricant are:

Reducing friction by creating a film between two surfaces. Preventing machine wear. Corrosion protection. Cooling by dissipating heat from surfaces.

Q: What are the main parts of a lubrication system?

A: A metering device, pump, controller, tubing/hose, and fittings to connect to the lubrication locations are the main parts of an automatic lubrication system.

Q: What is the principle of lubrication system?

A: Principles of Engine Lubrication
In theory, fluid lubrication is based on the actual separation of the surfaces so that no metal-to-metal contact occurs. As long as the oil film remains unbroken, metallic friction is replaced by the internal fluid friction of the lubricant.

Q: Where is the lubrication system?

A: The lubrication system stores the oil in a sump, which is a low spot in the engine oil pan where the oil pump pickup tube and screen are, and distributes oil to different parts to ensure the smooth operation and longevity of a car's internal combustion engine.

As one of the most professional lubrication system manufacturers and suppliers in China, our products have good reputation in the market. Please feel free to buy high quality lubrication system made in China here from our factory. For price consultation, contact us.