Bearings
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Tapered roller bearings are designed to support combined loads, primarily radial loads. The separable cups allow for easy assembly, and radial and axial clearances can be adjusted during installation.

Radial spherical plain bearings feature a sphered convex outside diameter on the inner ring and a correspondingly sphered concave inside surface on the outer ring. This design is ideal for applications requiring alignment adjustments between the shaft and housing or allowing oscillating movements at relatively slow sliding speeds.

Radial spherical plain bearings have an inner ring with a sphered convex outside diameter and an outer ring with a correspondingly sphered but concave inside surface. Their design makes them particularly suitable for bearing arrangements where alignment movements between shaft and housing have to be accommodated, or where oscillating or recurrent tilting or slewing movements must be possible at relatively slow sliding speeds.

Tapered roller bearings are suited to support combined loads, mainly radial. The separable cups facilitate easy assembly, and radial and axial clearance can be adjusted during mounting.

Deep groove ball bearings are versatile and widely used for various applications. They can handle axial loads in both directions, as well as radial loads, even at high speeds.

Cylindrical roller bearings are suitable for high and very high speeds due to their separable design. The inner ring is flanged to accommodate radial loads, and installation/dismantlement are convenient due to the separable inner or outer rings.

The spherically formed outer ring raceway allows self-alignment, maintaining the same center as the bearing. These bearings linearly contact the raceways of the inner and outer rings, enabling them to withstand significant radial loads in heavy machinery used in mining, metallurgy, paper-making, and construction.

Deep groove ball bearings are widely used due to their versatility. They can manage both axial and radial loads, even at high speeds, and are available in low noise and vibration configurations.

These cylindrical roller bearings are designed for high speeds and offer robust operation. The inner ring accommodates radial loads, and the separable design allows for easy installation.

Tapered roller bearings are designed to support combined loads, mainly radial loads. These bearings have separable cups for easy installation, and radial and axial clearance can be adjusted during setup.

With a spherically formed outer ring raceway, this roller bearing achieves self-alignment. The rolling elements make contact with the inner and outer ring raceways, enabling it to handle substantial radial loads in heavy machinery.

Radial spherical plain bearings feature a sphered convex outside diameter on the inner ring and a correspondingly sphered concave inside surface on the outer ring. This design is suitable for bearing arrangements needing alignment between shaft and housing, or where oscillating or recurrent tilting movements are required at slow sliding speeds.

Radial spherical plain bearings feature a sphered convex outside diameter on the inner ring and a correspondingly sphered concave inside surface on the outer ring. This design is ideal for bearing arrangements requiring alignment movements between shaft and housing, or where oscillating or recurrent tilting movements are necessary at relatively slow sliding speeds.

Deep groove ball bearings are the most representative and widely used bearing. It can accommodate axial loads in both directions, in addition to radial loads, even at high speeds.

The single row cylinder roller bearings are simple in design and suitable for high speeds. Inner rings can accommodate radial loads even at high speeds.

Tapered roller bearings are designed to support combined loads, mainly radial, and feature separable cups for easy assembly. During mounting, both radial and axial clearances can be adjusted, and preload mounting is possible.

This spherical roller bearing's outer ring raceway is spherically formed, allowing for self-alignment. The rolling elements make linear contact with the inner and outer ring raceways, enabling it to withstand heavy radial loads in machinery used for mining, metallurgy, and paper production.

Radial spherical plain bearings feature a sphered convex outside diameter on the inner ring and a correspondingly sphered concave inside surface on the outer ring. This design accommodates alignment movements between shaft and housing, enabling oscillating, tilting, or slewing movements at relatively slow sliding speeds.