GREASEMAX® Sohm Schmierstofftechnik e.K. company News and Trends items

From press shops and body assembly to paint shops and final assembly, equipment in the automotive industry operates at high cycle rates with rapid movements and narrow process windows, often in continuous multi shift production. Even minor disruptions have an immediate impact on quality and delivery performance. At the same time, moisture, dirt, dust, and vibration const...

Heavy industry and mining leave no room for weak points. Crushers, screening systems, and kilometers of conveyor belts operate under constant shock loads and vibration, while dust, moisture, and mud continuously affect bearings, seals, and drive systems. To ensure reliable operation, lubrication must perform continuously and independently of external conditions. Under th...

Automatic Lubrication in Offshore Facilities & Refineries When the sea is rough, rotors are operating under heavy load, and maintenance teams are only available to a limited extent, the limitations of manual maintenance quickly become apparent. Offshore platforms and refineries are among the harshest operating environments in the world. Salt laden air, extreme temperatu...

In almost every industrial facility, moving components are the key to smooth and reliable operations. Rolling bearings, plain bearings, chains, spindles, and linear guides all have one thing in common: they require regular and application-specific lubrication to ensure reliable performance and a long service life. In practice, however, lubrication is still often performe...

Why Lubrication in the Steel Industry Is Especially Challenging Steel plants operate under conditions that push machinery to its mechanical limits like almost no other industry. Temperatures reaching several hundred degrees Celsius, extremely heavy loads, continuous vibration, shock loads, and around the clock operation place enormous stress on bearings, chains, guide sy...

Why Lubrication Requires Special Attention in the Food and Beverage Industry Food and beverage production follows one simple principle: production lines operate around the clock, hygiene standards leave no room for compromise, and every unplanned interruption costs valuable time while potentially jeopardizing compliance with quality and food safety standards such as IFS,...

Why Automatic Lubrication Is Key to Lower Energy Consumption Automatic lubrication is one of the most effective, yet often overlooked, ways to significantly reduce both energy consumption and lubricant usage in industrial equipment. The relationship is straightforward: every bearing that is lubricated incorrectly or inconsistently generates additional friction. Friction ...

Why Automatic Lubrication Matters in Crane and Lifting Applications Cranes and lifting systems operate under conditions that push their components to the limit every day: heavy loads, constant vibration, harsh weather conditions, and continuous operation with little or no downtime. Yet in many facilities, lubrication is still performed manually—often under time pressure,...

Why Manual Lubrication Reaches Its Limits in Gravel and Aggregate Plants The challenges in gravel and aggregate plants are nothing new; they are the result of multiple unfavorable conditions acting simultaneously. Large-scale facilities with numerous dispersed lubrication points require considerable personnel resources. Crushers, conveyor systems, screening machines, an...

The wide-ranging benefits of off-grid lubrication solutions Self-contained lubrication systems operate without electricity, batteries, or external controls. Instead, they rely entirely on an integrated drive mechanism. GREASEMAX® belongs precisely to this category: an internal gas-generating reaction builds up pressure over a predefined period and continuously dispenses ...

Automatic Lubrication in Wastewater Treatment Plants Wastewater Treatment Plants: Critical Infrastructure That Must Perform Reliably Wastewater treatment plants are among the most important infrastructure facilities of our time. They ensure clean water, protect ecosystems, and comply with increasingly stringent environmental regulations. At the same time, they operate ...

Asphalt production is one of the most demanding industrial processes. Mineral aggregates, bitumen, and additives are mixed at high temperatures—day after day, often in continuous operation, under conditions of dust, moisture, strong vibrations, and temperature fluctuations that challenge both people and machinery. Under these conditions, lubrication is not a secondary de...

Recycling plants rarely operate within a comfort zone. High cost pressure, fluctuating input streams, and tight delivery contracts meet mechanical stresses that are consistently high across virtually no other industry: abrasive media, dust, dirt, moisture, strong vibrations, and changing temperatures place continuous strain on bearings, drives, and seals. Every unplanne...

In the pulp and paper industry, continuity is not an option. It is a prerequisite. Production lines often run around the clock, under heat, moisture, and high mechanical loads. At the same time, energy prices are rising, environmental regulations are tightening, and competition leaves less room for avoidable losses. One central yet frequently underestimated weak point is...

In every production environment, they run in the background: motors, pumps, conveyor systems, and fans and within them, countless rolling and plain bearings that form the backbone of every installation. Only when these components are continuously and precisely lubricated does the production flow remain smooth. Manual re-lubrication takes time, is often imprecise, and car...

Lubrication is not a secondary topic in maintenance. It is one of the most effective levers for the service life, availability, and energy efficiency of machines — and at the same time one of the most frequently underestimated. Between two wearing surfaces, a stable lubricating film determines whether metal slides cleanly on an oil or grease film, or whether micro-weldin...

In practice, it is rarely the bearing itself that determines whether a machine runs reliably or fails prematurely. It is the lubrication. The majority of all bearing damage can be traced back to unsuitable or incorrectly applied lubrication. Wrong lubricant, wrong quantity, intervals that are too long, or contamination that has entered the system. The most common causes ...