Benefits of using an automatic lubricator

With the development of the industrial and IT industry, the trend of mechanized production replacing traditional manual labor is accelerating, and the mechanization of enterprise production has become evident. However, mechanized production also faces rigorous issues in machine maintenance. A common problem among machine users is the lack of awareness regarding machine maintenance, which is the primary cause of premature machine damage. Most machine users still rely on traditional manual methods for maintenance, which have several characteristics: 1. Discretionary manual maintenance without a specific schedule; 2. Incorrect maintenance methods; 3. Inadequate maintenance of critical machine parts; 4. Excessive human labor hours; 5. Uncertainty regarding lubrication status, with either too much or too little grease; 6. Downtime for maintenance reduces production efficiency. These characteristics collectively reveal the shortcomings and inadequacies of traditional manual maintenance methods.

The automatic lubricator not only makes up for the shortcomings of traditional manual maintenance but also demonstrates its own superiority: 1. It can automatically and precisely lubricate machinery and equipment as needed, maintaining their lubrication status. 2. Reduces the cost of purchasing lubricants. 3. Extends the service life of the machinery. 4. Reduces maintenance time for the equipment. 5. Directly increases the user's profits.

Comparing the features of traditional manual maintenance with automatic lubrication systems, it's quite clear that the use of automatic lubrication systems directly brings benefits to the users of machinery and equipment. As the saying goes, prevention is better than cure, and in the context of global competition, the reliability of equipment is a company's competitive edge. Increasing production value translates to increased profits. Therefore, regular maintenance and repair of equipment are crucial, with lubrication being a top priority. Proper lubrication can reduce equipment wear and tear, lower maintenance costs, and in turn, reduce the working capital needed for the company, allowing for more funds to be invested in the company's operations and generating greater profits. Thus, using automatic lubrication systems not only saves on costs but also generates additional income, symbolizing a company's progress.

Bearings with diameter 35-48mm, 15-18g of grease per month

Bearings with diameter 49-62mm, 18-26g of grease per month

Bearings with diameter 63-78mm, 26-37g of grease per month

Bearings diameter 79-87mm, 37-50g of grease per month

Bearings with diameter 88-105mm, 50-75g of grease per month

Bearings with diameter 106-120mm, 75-120g of grease per month

Comparison between Manual Greasing and Automatic Greasing

Traditional Lubrication Method:

I. Labor: 1. Consumes labor hours.

2. Inadequate manual lubrication.

II. Money: 1. Increase purchase oil cost.

2. Increased equipment wear due to insufficient lubrication.

3. Increase equipment upgrade and maintenance costs.

4. Decrease production output.

Automatic Lubricator Lubrication Method:

One, Human Resources: 1. Can reduce labor hours.

2. The oil can be supplied to the equipment in a timed and measured manner.

2. Money: 1. Reduce oil purchase costs.

2. Maintenance equipment costs can be reduced.

3. Increase equipment reliability.

4. Reduce equipment maintenance time.

5. Increase production capacity.

6. Accelerate equipment automation.

Under the globalization competition, the reliability of equipment is both a company's competitiveness. Increasing output value is equivalent to increasing profits. Therefore, routine maintenance of equipment is crucial, and lubrication is the top priority. Effective lubrication can reduce equipment wear and tear, decrease maintenance costs, and in turn, lower the company's operating capital. This allows for more funds to be invested in the company's operations, generating greater profits. Thus, using an automatic lubricator not only saves costs but also creates revenue, symbolizing a company's advancement.

How should we determine the lubrication amount for the bearings on our equipment? First, consult the lubrication guide provided by the bearing supplier, or refer to the following simple setting table.

When the operating temperature exceeds 70°C, the lubricating grease must be doubled for every 15°C increase. 2. When the bearing is contaminated, such as with dust, moisture, acidic or alkaline environments, the lubricating grease must also be doubled. 3. If the bearing is subjected to heavy loads, such as vibration or pressure, the lubricating grease must be doubled. If all these conditions are present simultaneously, fresh grease must be replenished in an even greater amount to ensure lubrication quality. The bearing should have adequate space internally to expel excess grease during startup and operation. Moreover, grease has a service life; by regularly replenishing fresh grease to expel contaminated grease, the bearing can maintain its quality and lifespan.

Perma CLASSIC Automatic Lubricator
The Perma CLASSIC automatic oiler is electrochemical-driven, consisting of an oil cup and a reaction ring, designed for single-use. Before the customer's first use of the perma oiler, we will provide detailed instructions. If the customer is already using the perma oiler and needs to purchase spare parts, please provide the model number (e.g., SF01) and specification (e.g., red reaction ring) of the oiler. Shenzhen Sanhe Boda Electromechanical Technology Co., Ltd. has been committed to importing supply development since 2011. It is connected to the German warehouse on the system network. We have a large inventory of genuine products!
The Perma CLASSIC automatic lubricator is suitable for various operating conditions with ambient temperatures between 0~+40ºC. The lubrication system operates reliably based on the principle of electrochemical reactions. The cap at the top is color-coded to differentiate lubrication cycles; users can set the 120cm³ lubricant to a 1, 3, 6, or 12-month lubrication interval as needed. The internal pressure of the container (up to 4bar) generated by the electrochemical reaction pushes the piston forward, continuously extruding a small amount of lubricant to the lubrication point. The Perma CLASSIC is fully dustproof and waterproof, and can withstand accidental drops and impacts.
The perma-automated lubricator originates from the single-point lubrication field with a vast array of certified products. All perma products meet the "Made in Germany" standard.

All products are developed, tested, and manufactured at our headquarters in Germany.
Our global sales support, affiliate network, and partners are committed to meeting our customers' technical requirements in lubrication solutions.
Perma Automatic Lubricator Model Types: SF01 General Lubricant, SF02 Extreme Pressure Lubricant, SF03 High-Temperature Lubricant 220°C, SF04 Lubricant, SF05 High-Temperature/Extreme Pressure Lubricant, SF06 Liquid Lubricant, SF08 Low-Temperature Lubricant, SF09 Biodegradable Lubricant, SF010 Food Grade Lubricant (NSF H1)
Perma Automatic Greaser Oil Types: S032 Universal Oil, S064 Biodegradable Oil (Low Viscosity), S069 Biodegradable Oil (High Viscosity), S070 Food Grade Oil (NSF H1)

The Perma CLASSIC automatic oiler is suitable for single-point lubrication of positions such as rolling or sliding bearings, sliding guides, open gears, gearboxes, shafts, shaft seals, and chains. It operates in environments with temperatures up to 40ºC and is applied in industries such as mining, steel, automotive manufacturing, and mechanical engineering.

Routine automatic lubrication maintenance for machines, bearing oiling, slider lubrication - please use Perma CLASSIC automatic lubricator.