A progressive lubrication system is a system that can provide lubrication to multiple lubrication points at the same time.
The Progressive Lubrication system is mainly composed of a lubricating oil pump, a progressive distributor and various components & pipes connecting the grease pump to the divider block distributor and each grease oil supply parts.
When the oil source is running, each pipe receives lubricating oil and distributes it to the corresponding lubrication point. In this way, the progressive lubrication system can lubricate multiple parts at the same time, thereby improving efficiency and saving time.
HYMA delivers high-performance progressive grease lubrication systems designed for industrial reliability. Our progressive lubrication system ensures even grease distribution across multiple points, reducing wear and downtime. As a trusted manufacturer, we supply durable Progressive Lubrication System components to global distributors, supporting mining, construction, and heavy machinery applications.
HYMA’s solutions optimize progressive lubrication efficiency, extending equipment lifespan with minimal maintenance. Partner with us to enhance your product range with robust, cost-effective lubrication technology. Contact HYMA today for distributor opportunities and OEM solutions tailored to your market needs.
You can source and buy Progressive Lubrication System components from HYMA and we supply full list of spare parts to reduce your machine downtime due to lubrication problem.
HYMA electrical grease pump function in delivering lubricants to the progressive distributor.
Our progressive distributor will discharge lubricating oil to the corresponding oil outlet.
You can choose plastic or metal oil pipes according to the working pressure and temperature of your lubrication system.
It can connect your electric grease pumps and progressive distributors to ensure smooth transmission of lubricants.
There are mechanical or pressure filters to filter impurities in lubricating oil.
You can measure your lubrication system pressure with our pressure gauge.
You can also buy valves, fuel tanks and more parts from HYMA at affordable price.
HYMA is also available to help you source special custom components for Progressive Lubrication System.
HYMA’s Progressive Lubrication System delivers precision lubrication for heavy-duty applications across mining, manufacturing, and construction. Our system ensures consistent grease distribution to multiple points, reducing friction and preventing equipment failure. Designed for harsh environments, HYMA’s technology enhances machinery lifespan while cutting maintenance costs.
We empower global distributors with reliable, high-performance solutions tailored to industrial needs. Partner with HYMA to equip your clients with advanced lubrication systems that drive productivity and efficiency. Contact us today to explore distribution opportunities and elevate your industrial supply portfolio.
You can use HYMA progressive lubrication system to improve the performance and service lifetime for your machinery and working project. We design the Progressive grease system with optimized control to let you save more cost and time for lubrication maintenance.
HYMA Progressive lubrication system is suitable for various construction machinery, such as concrete mixing equipment, tunnel boring machine
You can use our Progressive lubrication system to grease snowplows, waste compactors and more heavy equipmet for better performance.
Our progressive lubrication systems are also suitable for wood recycling machines and material conveying equipment so you can lube these machines in high efficiency.
HYMA progressive lubrication systems is also suitable for wind turbines industry and we offer technical support to help you install and operate it.
The working principle of the progressive lubrication system mainly includes the following steps:
Lubricant enters the distributor: Lubricant (such as grease or butter) enters the progressive distributor through an electric grease pump (such as YGL, DGB models). pressure oil pushes the piston to move until it reaches the end point.
Piston movement and lubricant discharge: When the piston reaches the end point, the corresponding oil outlet discharges a certain amount of lubricating oil and enters the corresponding secondary (sub) distributor. As the piston position changes, the piston of another valve block is connected to the pressure oil, starting a new round of movement and oil discharge process. As long as the pressure oil is continuously supplied, the pistons of each valve block of the main distributor will circulate in sequence to ensure that each oil outlet can discharge a certain amount of lubricating oil in sequence.
Circulating oil supply: Each sub-distributor is driven by the oil discharged from the main distributor, and each oil outlet circulates and discharges oil in a certain amount. When the pump stops supplying oil, the pistons of each distributor stop at the current position. At the beginning of the next oil supply cycle, each piston continues to move and pump oil from the position where it stopped last time.
When choosing a progressive lubrication system, you need to consider the following key factors:
The working conditions of your equipment: you need to check the speed, load, temperature from your equipment when sourcing progressive lubrication system.
Installation and maintenance costs: progressive lubrication system composed of many accessories and you need to consider the usage cost about the installation and maintenance costs.
Equipment service life: If you want to have a longer service life for your machine, you can try the progressive lubrication system to extend the service life of your equipment. It can improve your machine performance for longer usage time.
Environmental and safety factors: It is necessary to consider the effects of smoke, moisture, corrosion and other factors in the working environment on the lubrication system. Progressive lubrication systems usually have good sealing performance and can adapt to harsher working environments.
Progressive lubrication system price starts from $354 and it is a reference price based on the basic configurement.
The price of progressive lubrication system varies with many factors as follows.
Brand and model: The prices of progressive lubrication systems of different brands vary greatly. You will have
to pay more for the big brands while spend less cost if buying from general brand manufacturers.
Functions and application scenarios: The price of progressive lubrication systems with more functions and wider application ranges is usually higher. For example, some progressive lubrication systems are suitable for a variety of mechanical equipment, while some are specifically used for specific equipment.
Technical specifications and performance: Technical specifications and performance are also important factors affecting the price. High-performance progressive lubrication systems are usually more expensive, but can provide more stable and efficient lubrication effects.
HYMA is direct Progressive Lubrication System Manufacturer trusted by European famous companies and we have developed multi grease equipment to meet different automatic lubrication system requirements. Whether you need ordinary grease pump or tailored lubrication solution, we can give you custom options to let you choose according to your conditions.
There are international grade raw materials and processing line in our factory so we can produce your progressive lubrication system in fast time and deliver it to you with reliable forwarders. You also get quality warranty from HYMA and we can help you solve the problem with prompt response.
For over a decade, HYMA has stood as a trusted Progressive Lubrication System Manufacturer, crafting progressive grease lubrication systems that redefine reliability in harsh industrial environments. Our series progressive lubrication systems are engineered to tackle the toughest challenges in mining, construction, and heavy machinery sectors, delivering precise progressive lubrication to critical components. Built with premium Progressive Lubrication System components.
HYMA’s solutions eliminate guesswork by automating grease distribution, slashing downtime, and boosting equipment longevity. Unlike generic alternatives, our systems adapt to complex setups, ensuring every gear, bearing, and chain receives consistent protection. Global distributors rely on HYMA to equip their clients with technology that cuts maintenance costs by up to 40% while preventing costly breakdowns. Whether you need scalable OEM partnerships or ready-to-stock solutions, we tailor our expertise to your market’s demands. Let’s collaborate to transform how industries approach lubrication efficiency—contact HYMA today and elevate your portfolio with systems engineered to outlast, outperform, and outshine.
A progressive lubrication system is a centralized grease or oil distribution setup that uses a series of specialized divider valves to deliver precise amounts of lubricant to multiple points on a machine sequentially. Unlike a single-line parallel system, it works in a “chain reaction”—each piston must complete its stroke before the next one can move.
For a beginner, the easiest way to visualize a progressive lubrication system is to think of it as a relay race. The lubricant is pumped into the first divider block. Inside that block, a piston moves to push a specific amount of grease to a bearing. Once that piston reaches the end of its travel, it opens a passage for the grease to flow to the next piston. This “progressive” movement ensures that no lubrication point is skipped. If one point is blocked, the entire system “locks up,” which acts as a built-in safety mechanism. It forces you to notice the problem immediately rather than letting a bearing run dry and fail. This system is ideal for small to medium-sized machinery where reliability is the top priority.
Installing a progressive lubrication system can be done with standard workshop tools like wrenches, tubing cutters, and a drill. The process involves mounting the pump, fixing the divider blocks, and routing the lines to the lubrication points.
To successfully install a progressive lubrication system without a professional technician, you must first map out your machine’s lubrication points. Mount the main pump station in a location that is easy to refill and protected from physical damage. Next, mount the progressive divider blocks near the clusters of bearings they serve. Use high-pressure flexible hoses or steel tubing to connect the pump to the master divider, and then from the divider outlets to the individual points. The “secret” to a tool-light installation is using push-to-connect (quick-connect) fittings, which are increasingly common in modern Chinese-manufactured systems. These allow you to secure the lines simply by pushing the tube into the fitting. Always ensure the lines are bled of air before final connection to the bearings to ensure the progressive lubrication system functions correctly from the first cycle.
The primary benefits include increased machine uptime, precise dosage control, enhanced safety for maintenance staff, and the prevention of bearing contamination.
A progressive lubrication system eliminates the “feast or famine” cycle typical of manual greasing. When a worker uses a manual grease gun, they often over-lubricate once a week, which can blow out seals and create a mess. By the time the next week rolls around, the bearing might be running dry. A progressive lubrication system solves this by delivering tiny, frequent “shots” of grease while the machine is actually moving. This ensures a consistent lubricant film is maintained, which significantly extends the life of the components. Furthermore, it improves safety because maintenance personnel no longer have to climb over moving machinery or enter cramped spaces to reach remote grease nipples. By automating the process, the progressive lubrication system ensures that even the hardest-to-reach points receive the exact amount of lubricant required, reducing overall grease consumption by up to 50%.
The most obvious sign of a malfunction in a progressive lubrication system is a “high-pressure” alarm on the pump or the observation that a visual indicator pin on the divider valve has stopped moving.
Because of its sequential nature, a progressive lubrication system is inherently “self-monitoring.” If a single outlet, line, or bearing becomes blocked by hardened grease or dirt, the internal pistons cannot complete their stroke. This creates a back-pressure that travels all the way back to the pump. Most modern pumps are equipped with a pressure gauge or an electronic pressure switch. If you see the pressure spike significantly, you know there is a blockage. Additionally, many divider blocks feature a “performance indicator pin”—a small metal rod that moves in and out as the pistons cycle. If that pin stops moving while the pump is running, the progressive lubrication system is blocked. For beginners, this is a foolproof way to identify issues before they lead to expensive mechanical failures, making it a very “vocal” system regarding its own health.
Most systems are designed to handle standard industrial greases up to NLGI grade 2. However, the specific choice depends on the pump’s capability and the ambient temperature.
When selecting grease for a progressive lubrication system, the “pumpability” of the lubricant is the most important factor. NLGI 2 is the industry standard for most construction and manufacturing equipment. However, in very cold climates, NLGI 2 might become too thick for the progressive lubrication system to push through long lines, requiring a switch to NLGI 1 or 0. It is also vital to avoid greases with high concentrations of solid additives (like heavy molybdenum or graphite) unless the system is specifically rated for them, as these solids can settle and cause blockages in the tight tolerances of the divider valves. Always check that the grease is “shear-stable,” meaning it doesn’t break down into oil and thickener under the pressure of the progressive lubrication system. Using high-quality grease not only protects your bearings but also ensures the internal valves of the system stay clean and functional for years.
Discharge volume is adjusted by selecting different sizes of divider valve segments or by using “cross-porting” bars to combine the output of multiple outlets into one.In a progressive lubrication system, you don’t adjust flow with a simple screw like you might on a water faucet. Each segment of a divider block is manufactured to output a specific volume per cycle (e.g., $0.1cm^3$ or $0.2cm^3$). To customize the lubrication for a specific bearing, you must choose a segment that matches its needs. If a specific point needs more grease than a single outlet provides, you can use a “bridge” or “cross-porting” fitting to merge two outlets into one line. This flexibility allows a single progressive lubrication system to serve a large bearing that needs $0.4cm^3$ and a small pivot pin that only needs $0.1cm^3$ simultaneously. For beginners, it is best to consult the manufacturer’s chart to see which segment sizes are available. This fixed-volume approach is a major advantage because it prevents accidental “over-adjusting” by unauthorized staff, ensuring the progressive lubrication system remains consistent.
Yes, provided the system is built with appropriate materials (like stainless steel or zinc-plated carbon steel) and the lubricant is matched to the ambient temperature.
A progressive lubrication system is frequently used in the most demanding environments on earth, from Siberian mines to tropical ports. For outdoor or corrosive environments, distributors often recommend a progressive lubrication system made with stainless steel divider blocks and UV-resistant high-pressure hoses. These materials prevent rust and degradation that could lead to leaks. Regarding temperature, the mechanical parts of the system are incredibly robust, but the grease inside can be an issue. In extreme heat, the oil might separate from the soap (bleeding), while in extreme cold, the grease might become a solid block. To combat this, high-end progressive lubrication system setups can be equipped with heating elements for the pump reservoir or trace heating for the lines. This adaptability makes the system the go-to choice for heavy machinery like excavators, wind turbines, and offshore oil rigs.
The most critical maintenance tasks are refilling the reservoir with clean grease and regularly checking the system for physical damage to the lines.
While a progressive lubrication system is designed to reduce maintenance, it is not “set and forget.” The most common failure point is actually human error: allowing the pump reservoir to run empty or introducing dirt during the refilling process. When refilling a progressive lubrication system, it is highly recommended to use a filler pump rather than opening the lid, as this prevents airborne contaminants from entering the tank. Even a tiny grain of sand can eventually cause a divider valve to stick. Beyond refilling, a weekly visual inspection is advised. Check the secondary lines (the tubes going to the bearings) to ensure they haven’t been snagged or crushed by debris. Since the progressive lubrication system will stop if a line is blocked, keeping the lines clear ensures the system can continue to protect your machinery without interruption.
Top-tier Chinese systems now offer comparable performance to SKF or Graco by using identical manufacturing tolerances, high-grade alloy steels, and advanced CNC machining.
For a distributor, the concern is often “quality vs. price.” In the past decade, Chinese manufacturers of the progressive lubrication system have moved from “copying” to “refining.” The top factories now use the same German-made CNC centers as the “Big Brands” to ensure that the internal clearance of divider valves is within microns. This precision is what prevents internal leakage and ensures the system works at high pressures. While a Graco or SKF progressive lubrication system carries a premium price for the brand name and global service network, the actual hardware—the pump motor, the reservoir material, and the divider blocks—from a high-quality Chinese supplier is often virtually indistinguishable in a side-by-side torture test. For distributors, this means you can offer a “Chinese Alternative” that delivers 95% of the performance at 50% of the cost, making it an incredibly attractive proposition for price-sensitive industrial markets.
Yes, most Chinese manufacturers offer OEM (Original Equipment Manufacturer) services, allowing distributors to apply their own logos, colors, and model numbers to the progressive lubrication system.
This is a massive advantage for distributors that premium brands like SKF or Graco simply do not offer. By using OEM services, a distributor can build their own brand equity. You can request the progressive lubrication system pumps to be painted in your corporate colors and have your own brand’s metal nameplate attached. This prevents customers from “shopping around” your part numbers online and going directly to the factory. It also allows the distributor to position themselves as a manufacturer or a specialized solutions provider. In the world of progressive lubrication system sales, the ability to control the branding while benefiting from Chinese manufacturing costs is the “secret sauce” for many successful private-label lubrication companies worldwide.
