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O Series Airline Equipments

Your Leading O Series Airline Equipments Supplier

Smart Pneumatic Solutions was established in 2013, specializing in providing high-performance intelligent pneumatic equipment and solutions for the industrial automation sector. We are committed to advancing the intelligent transformation of pneumatic systems through innovative technologies, serving industries including automation, commercial vehicles, medical devices, and the food and beverage sector. After 10 years hard working, Smart Pneumatic Co., Ltd owed 2 factories now, and our products are including pneumatic vibrators, air cylinders, solenoid valves, fittings, and other accessory, and are exported to 98 countries and regions, covering key industrial markets such as North America, Europe, and Southeast Asia.

Why Choose Us?

Quality control

Our products have obtained ISO 9001:2015 Quality Management System certification along with CE and UL international safety certifications,

Custom service

Supported by a dedicated R&D team of experienced engineers, we deliver tailored solutions to meet your customized requirements.

High quality

Every unit undergoes 200% pressure testing, AI-simulated operational scenario verification, and full lifecycle tracking to ensure zero-defect delivery.

24H online service

Providing end-to-end services from design consultation to post-sales support, with <24-hour response time and a 99.8% customer satisfaction rate.

Key Features of OL Lubricator:

Consistent lubrication:

Equipped with a direct constant-density lubricator that provides a regulated amount of oil to compressed air.

Maintains oil mist content proportional to airflow for consistent lubrication.

Controlled oil drip rate (1 to 12 drops/1000L of air), adjustable via a regulating screw, ensures optimal lubrication without waste.

Efficient oil atomization:

Pressure drops direct oil from the bowl to the sight indicator.

Oil is atomized effectively as it flows into the air channel, ensuring even distribution in the pneumatic system.

Steady pressure control:

Features an air regulator to maintain stable pneumatic system pressure, preventing sudden changes that could harm components.

High-performance air filtration:

Removes water, dirt, and other impurities from the air source, improving air quality and ensuring smooth system operation.

Enhanced system longevity:

Supplies precise lubrication to pneumatic components, significantly extending their service life and reducing maintenance requirements.

Application of OL Lubricator:

Heavy load operations: Pneumatic tools and equipment are widely used in industries such as manufacturing and construction. You know, heavy loads are placed on them. To prevent breakdowns and high maintenance costs, an air lubricator is used. It ensures that such heavy duty applications do not overstrain and smoothly operate.

Variable airflow systems: In situations wherein airflow is variable, a lubricator ensures efficiency maintenance through even wear as a constant variation exists.

Temperature sensitive operations: Excessive temperature in pneumatic systems can lead to accelerated expansion and degradation of components. An air lubricator helps dissipate heat resulting from friction and thermally induced damage to parts.

Defending against contaminate: In dusty, dirty, or moistened environments, air lubricators enhance the level of protection. This is done by applying a film of oil on the surfaces to prevent abrasives or corrosives from destroying components.

Applications of precision: When imprecise or jerky movements are not acceptable, it is the lubricator that comes in the field. You know, the lubrication between components will allow for smooth and accurate motions. Apart from this, it do not require a lot of force during operation.

Types of OF Filter:

High-efficiency particulate absorption (HEPA) air filter – Absorbs and cleans 99.97% of airborne particles that have a size of 0.3 micrometers or larger, which are particularly sensitive for asthma patients

Ionizer air filter – Uses ions to attract particles, dusts from a distance by magnetizing and neutralizing particles. It may not be very effective for a room with an asthma patient

Activated charcoal air filter – Filters fumes, cigarette smoke and some gaseous odors

Germicidal ultra violet (UV) air filter – Removes germs and viruses from the air by a special UV lamp

Ozone generator air filter – Generates ozone gas and kills airborne germs. It is not recommended for the residential air cleaning process as it irritates the lungs. This air purifying system is attached to heating or air conditioning unit

Application of OF Filter:

Automotive

Air filters are required for many of the processes in the production of automobiles, including HEPA air filtration for paint application, fluid filtration for coatings, solvents, oils and deionised water, and molecular filtration for breathing air supply and VOC abatement.

Bio-parmaceutical

Bio-pharmaceutical research and manufacturing involves the maintenance of sterile environments to eliminate exposure of products to viable and non-viable contamination. Air filtration plays an important role in this growing industry.

Microelectronics

The manufacture of microelectronic devices, including microchips and LCD displays, requires extremely clean environments for successful research and development and for manufacturing commercial products. The use of ULPA filters and chemical filters is common in this industry.

Museums

Air filtration, including particulate and molecular or chemical filtration, plays an important role in the conservation of museum artifacts. Contaminants in the air can deteriorate the materials which compose items in the collections.

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FAQ

Q: What is the purpose of a lubricator?

A: A lubricator adds controlled quantities of tool oil into a compressed air system to reduce the friction of moving components. Most air tools, cylinders, valves, air motors, and other air-driven equipment require lubrication to extend their useful life.

Q: What does the Lubricator-OL do in an air system?

A: The Lubricator-OL adds oil into compressed air. It sends a fixed oil amount. The oil mixes with air as mist. This action reduces friction. It protects air tools. It keeps parts moving smoothly. The system works longer and safer.

Q: How does the lubricator keep oil amount stable?

A: A control valve manages oil flow. Oil flow follows air flow. Density stays constant. The oil mist level stays balanced. This method avoids oil loss. It also avoids dry air. The system stays reliable.

Q: What causes oil to move from the bowl to the indicator?

A: Air flow creates pressure drop. The drop pulls oil upward. Oil moves from the bowl. It reaches the sight oil indicator. This process supports oil delivery. No extra power is needed. The design is simple.

Q: How does oil enter the air channel?

A: Oil reaches the air channel after lift. Air flow breaks oil into mist. The mist enters the channel. Oil spreads evenly. Air carries oil forward. Tools receive proper lubrication.

Q: How is oil atomized in the lubricator?

A: Fast air hits oil drops. Oil breaks into fine mist. This is atomization. The mist moves with air. It covers tool surfaces. Lubrication becomes even. Wear becomes lower.

Q: Why is oil mist important in compressed air?

A: Oil mist reduces metal contact. It lowers friction. It protects moving parts. It extends tool life. It keeps operation smooth. It supports stable air systems.

Q: How does the lubricator improve system performance?

A: The lubricator supplies steady oil. Air tools run smoothly. Parts wear less. Maintenance time reduces. System life increases. Energy use stays efficient. Overall performance improves.

We're known as one of the most professional o series airline equipments manufacturers and suppliers in China. Our factory offers customized o series airline equipments made in China with low price. Welcome to place an order.