Hydraulikfilter der HBT GROUP   Hydraulische Systeme zählen zu den zuverlässigsten Antriebstechnologien der Industrie. Ob in Baumaschinen, Pressen, Werkzeugmaschinen oder Windkraftanlagen: Überall, wo hohe Kräfte präzise übertragen werden müssen, ist Hydraulik im Einsatz. Damit diese Systeme reibungslos funktionieren, braucht es eine Komponente, die oft unterschätzt wird, aber über die Lebensdauer der gesamten Anlage entscheidet: den

Neuwertige Hydraulikschläuche an einer hydraulischen Maschine     Qualitätsmerkmale im Überblick    Schläuche sind ein zentrales Element moderner Maschinen und Anlagen in der Hydraulik. Sie übertragen Energie in Form von Flüssigkeit, verbinden einzelne Komponenten und sorgen dafür, dass Hydrauliksysteme zuverlässig und sicher arbeiten. Gleichzeitig sind sie hohen Belastungen ausgesetzt – Druck, Temperatur, Schwingungen und äußere

Hydraulic lines on an excavator Hydraulic systems are the driving force in many industrial sectors, from mechanical engineering to agricultural and marine technology to construction. They move loads weighing tons, work under extreme pressure and are often used in harsh environments. At the same time, this performance also entails risks. Anyone who works with hydraulic systems must

Oil puddle caused by leakage in the hydraulic system Hydraulic systems are indispensable in industry and mechanical engineering. They transmit enormous forces, work reliably under high loads and enable precise control where other drives quickly reach their limits. However, despite their performance, they have a known weak point: leaks. What at first seems like a minor technical problem

Hydraulic systems have been a mainstay of industry and mechanical engineering for decades. Whether in construction machinery, production facilities, agricultural equipment, conveyor systems or power generation - hydraulics are used wherever large forces need to be transmitted with precision. Their robustness, reliability and performance make them indispensable. At the same time, companies today are faced with a

Broken hydraulic hose on an excavator Hydraulic systems are the backbone of countless industries - whether in production, mechanical engineering, agriculture, transportation or power generation. They move components with forces weighing tons, control precise work processes and often run around the clock under high loads. But precisely this constant strain has a disadvantage:

KANBAN hose rack from the HBT GROUP In today's industrial production, the efficient control of supply chains is a key success factor. The KANBAN system is becoming increasingly important, especially in the pneumatics and hydraulics industry, which is characterized by complex systems and a wide variety of components. It helps companies to optimize their material flows, reduce storage costs and increase

Hydraulic cylinders on an excavator Precision, power and reliability - these are the keywords that best describe modern hydraulic systems. But how do hydraulics actually work in detail? In this technical article, we explain how power transmission with oil works, the physical principles behind it, which components are essential and how hydraulic systems are used in practice.

Electric drives are becoming increasingly popular in many industrial sectors - they are compact, precise and usually cheaper to purchase and maintain. Nevertheless, there are numerous applications in which classic hydraulics remain the first choice - and for good reason. Because where extreme forces, robust design or safety aspects are required, electric actuators play a decisive role.

How to ensure the longevity, efficiency and safety of your system Maintenance as an investment in safety and performance Hydraulic systems are the backbone of many industrial processes - from manufacturing to agriculture and construction. Their performance and availability are crucial for smooth processes and economic efficiency. At the same time, they are exposed to high pressures, temperatures and