Bearings

Cylindrical roller bearings are known for their high rigidity and ability to handle substantial radial loads, sudden overloads, and impacts. Their separable components allow for easier mounting and dismounting. Available in one, two, or four rows and with various shoulder configurations, these bearings offer flexible solutions for a wide range of industrial applications requiring strength and reliability.

High precision bearings, especially angular contact ball types, are designed to deliver maximum reliability with enhanced rigidity, speed, and accuracy. These bearings are ideal for demanding applications where precision is critical, such as machine tool spindles. Their high performance ensures stable operation under tight tolerance conditions in advanced machinery.

Needle roller bearings offer a compact design with high load capacity and stiffness relative to their size. Their low inertia makes them suitable for oscillating motion and dynamic applications. Ideal for lightweight and space-saving constructions, they also serve as effective replacements for sliding bearings in systems where precision and performance are essential.

Spherical roller bearings are built to perform under extreme conditions, offering excellent resistance to high temperatures, heavy loads, and harsh environments. Their self-aligning capability makes them effective in handling misalignments, impacts, and vibrations. These bearings are a trusted choice in industries requiring durability in polluted or demanding settings.

Tapered roller bearings are designed to support high radial loads and axial loads in one direction. Offered in one, two, or four rows, they are typically mounted in pairs for optimized axial clearance adjustment. Commonly used in rolling mills, vehicle wheels, rear axles, and agricultural equipment, they are valued for their strength, precision, and long-lasting performance.